# Ecodyst
> Ecodyst (Apex, North Carolina) makes self-cooling rotary evaporators (Hydrogen and EcoChyll X1–X9) that use metallic condensers instead of dry ice or recirculating chillers. Designed for solvent recovery, decarboxylation, pharma, cannabis extraction, academia, and food/beverage.

Human site: https://ecodyst.com — Markdown mirrors append .md to the page path. PDF text mirrors append .md to the PDF URL. Contact: info@ecodyst.com. Sales 919-698-0408, tech 919-812-7382, parts 919-717-4061.

## Products

- [Products](https://ecodyst.com/evaporators.md): Full evaporator lineup from benchtop Hydrogen to 200L EcoChyll X9.
- [Hydrogen](https://ecodyst.com/hydrogen.md): Benchtop all-in-one rotovap; up to 3L ethanol/hour; ~1.8 sq ft; self-cooling metallic condenser.
- [EcoChyll X1](https://ecodyst.com/ecochyll-x1.md): Self-cooling condenser upgrade for existing rotary evaporators; eliminates dry ice and chillers.
- [12L EcoChyll X3](https://ecodyst.com/12l-ecochyll-x3.md): Compact floor system with stationary flask and self-cooling metallic condenser (12L).
- [20L EcoChyll X5](https://ecodyst.com/ecochyll-x5-22l.md): 20L EcoChyll X5 large-scale solvent recovery; metallic condenser, no recirculating chiller.
- [50L EcoChyll X5](https://ecodyst.com/ecochyll-x5-50l.md): 50L EcoChyll X5; self-cooling metallic condenser.
- [20L EcoChyll X7](https://ecodyst.com/ecochyll-x7-22l.md): 20L EcoChyll X7 industrial evaporator with self-cooling condenser.
- [50L EcoChyll X7](https://ecodyst.com/50l-ecochyll-x7.md): 50L EcoChyll X7; large-scale solvent recovery without glycol chillers.
- [72L EcoChyll X7](https://ecodyst.com/72l-ecochyll-x7.md): 72L EcoChyll X7; self-cooling metallic condenser.
- [100L EcoChyll X7](https://ecodyst.com/ecochyll-x7-100l.md): 100L EcoChyll X7 industrial rotary evaporator.
- [200L EcoChyll X9](https://ecodyst.com/ecochyll-x9-200l.md): 200L EcoChyll X9; largest self-cooling industrial rotovap.
- [EcoChyll Condensers](https://ecodyst.com/ecochyll-condensers.md): Self-cooling metallic condensers that replace dry ice and recirculating chillers.
- [Vacuum Pumps and Vacuum Controller](https://ecodyst.com/vacuum-pumps-and-vacuum-controller.md): Vacuum pumps and controllers matched to Ecodyst evaporators.
- [High Speed Evaporators](https://ecodyst.com/high-speed-evaporators.md): High-throughput evaporation systems.
- [Modern Rotary Evaporator](https://ecodyst.com/modern-rotary-evaporator.md): Overview of Ecodyst’s modern self-cooling rotovap design.
- [Advanced Distillery Equipment](https://ecodyst.com/advanced-distillery-equipment.md): Distillation-focused evaporator equipment.
- [Large-Scale / Industrial Rotovaps](https://ecodyst.com/large-scale-industrial-rotovaps.md): Industrial EcoChyll systems for large flask sizes.
- [Small Benchtop Rotovaps](https://ecodyst.com/small-benchtop-rotovaps.md): Benchtop Hydrogen and X1-class systems with self-cooling condensers.

## Applications

- [Our Mission](https://ecodyst.com/our-mission.md): Company mission and self-cooling evaporator design.
- [Our Customers](https://ecodyst.com/our-customers.md): Labs and institutions using Ecodyst equipment.
- [Reviews](https://ecodyst.com/reviews.md): Customer reviews of Ecodyst rotary evaporators.
- [Academia](https://ecodyst.com/academia.md): University and research lab applications.
- [Food & Beverage](https://ecodyst.com/food-beverage.md): Culinary, flavor, and beverage solvent applications.
- [Contact Us](https://ecodyst.com/contact-us.md): Sales, technical support, and parts contacts.
- [Ordering Information](https://ecodyst.com/ordering-information.md): How to order evaporators, condensers, and parts.
- [Accelerating Organic Synthesis R&D at NC State University](https://ecodyst.com/accelerating-organic-synthesis-rd-at-nc-state-university.md): NC State case study using EcoChyll/Hydrogen.
- [Oxford Data Demonstrates More Efficient Rotary Evaporation](https://ecodyst.com/oxford-data-demonstrates-more-efficient-rotary-evaporation.md): University of Oxford energy and runtime data.
- [Privacy Policy](https://ecodyst.com/privacy-policy.md): Privacy policy (canonical; not privacy-policy-2).

## Resources

- [Product Information](https://ecodyst.com/product-information.md): Brochures, specs, and product documentation.
- [General Information](https://ecodyst.com/general-information.md): Background on Ecodyst technology.
- [Product Videos](https://ecodyst.com/videos.md): Product and application videos.
- [News](https://ecodyst.com/news.md): Company news and educational articles.
- [Image Gallery](https://ecodyst.com/image-gallery.md): Product photography.

## Documents

- [Ecodyst tradeshow booklet 2026](https://ecodyst.com/wp-content/uploads/2026/04/11629-ecodyst-tradeshow-booklet_art.pdf.md): Current tradeshow booklet.
- [1H rotovap brochure 2026](https://ecodyst.com/wp-content/uploads/2026/03/1h-rotovap-brochure.pdf.md): Hydrogen (1H) brochure, 2026.
- [Beverage industry brochure 2025](https://ecodyst.com/wp-content/uploads/2025/05/ecodyst-beverage-industry-brochure-web.pdf.md): Food and beverage applications.
- [Pharma brochure 2023](https://ecodyst.com/wp-content/uploads/2023/12/Ecodyst-12-PG-Pharma-Brochure-2023_v5.pdf.md): 12-page pharma brochure.
- [Cannabis brochure 2023](https://ecodyst.com/wp-content/uploads/2023/12/Ecodyst-12-PG-Brochure_CAN_2023_v3.pdf.md): 12-page cannabis extraction brochure.
- [EcoChyll X1 and Hydrogen brochure 2023](https://ecodyst.com/wp-content/uploads/2023/12/EcoChyll-X1-and-1H-hyrodgen-rotovap-Brochure_2023_v5.pdf.md): X1 + Hydrogen benchtop brochure.
- [NC State case study brochure](https://ecodyst.com/wp-content/uploads/2023/02/NC-State-Case-Study-Brochure.pdf.md): NC State case study (prefer this over media 4364).
- [Ecodyst operating manual](https://ecodyst.com/wp-content/uploads/2022/12/Ecodyst-Operating-Manual_V1.0.pdf.md): Operating manual V1.0.
- [Ecodyst 16-page brochure (Dec 2021)](https://ecodyst.com/wp-content/uploads/2021/12/Ecodyst-16-PG-Brochure_TM_Dec2021.pdf.md): Homepage CTA all-products brochure.

## Optional

- [Shop](https://ecodyst.com/shop.md): WooCommerce parts catalog (name, SKU, permalink).
- [Back to Basics 2: Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md): FAQ covering everyday rotary evaporator operation.
- [How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md): Leak-testing procedure for rotary evaporators.
- [Rotary Evaporators in Modern Culinary Labs](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md): Culinary and gastronomy uses of rotovaps.
- [A Brief Guide to Cannabis Decarboxylation](https://ecodyst.com/cannabis-decarboxylation-guide.md): Decarboxylation workflow and equipment notes.
- [Decarboxylation: Choosing the Right Evaporator](https://ecodyst.com/decarboxylation-choosing-right-evaporator.md): Choosing flask size and condenser type for decarboxylation.
- [Solvent Recovery vs Distillation](https://ecodyst.com/solvent-recovery-vs-distillation.md): When to recover solvent versus distill.
- [How Ecodyst Evaporators Differ from Cold Traps](https://ecodyst.com/how-ecodyst-evaporators-differ-from-cold-traps-for-vacuum-pumps.md): EcoChyll metallic condensers versus vacuum-pump cold traps.
- [Drawbacks of a Falling Film Evaporator](https://ecodyst.com/drawbacks-falling-film-evaporators.md): Falling-film limitations compared with rotary evaporation.
- [The Hidden Costs of Falling Films](https://ecodyst.com/the-hidden-costs-of-falling-films.md): Operating cost comparison for falling-film systems.
- [Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md): Scale-up from benchtop flasks to industrial EcoChyll units.
- [The Importance of Proper Vacuum](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md): Vacuum level and pump setup for rotary evaporation.
- [The Rule of 20: Temperature](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md): Bath temperature versus condenser temperature (20° rule).
- [Rotary Evaporation vs Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md): How rotovaps differ from classical distillation.
- [Understanding Cold Traps in Vacuum Applications](https://ecodyst.com/understanding-cold-traps-vacuum-applications.md): Cold-trap use in vacuum systems.

## Pages

- [20L EcoChyll X3](https://ecodyst.com/20l-ecochyll-x3.md)
- [Home](https://ecodyst.com/home-2.md)
- [Request a Quote](https://ecodyst.com/request-quote.md)

## Articles

- [5 Innovative Applications of Industrial Rotary Evaporators](https://ecodyst.com/applications-industrial-rotary-evaporators.md)
- [50 l Rotary Evaporator for Large Scale Solvent Recovery](https://ecodyst.com/50-l-rotary-evaporator-for-large-scale-solvent-recovery.md)
- [A Rough Guide to Continuous Cooling](https://ecodyst.com/a-rough-guide-to-continuous-cooling.md)
- [Accelerating the Path to Discovery®](https://ecodyst.com/accelerating-the-path-to-discovery.md)
- [Alumnus donates Laboratory Equipment](https://ecodyst.com/alumnus-donates-laboratory-equipment.md)
- [An Innovative Approach To Rotary Evaporator Design – Whitepaper](https://ecodyst.com/an-innovative-approach-to-rotary-evaporator-design.md)
- [Benchtop Rotary Evaporators: Applications, Specifications & RFQs](https://ecodyst.com/benchtop-rotary-evaporators-applications.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [Brock University Graduate returning “home” to give back](https://ecodyst.com/brock-grad-returning-home-to-give-back.md)
- [Brock University Student using the EcoChyll donated by Ecodyst](https://ecodyst.com/brock-university-student-using-ecochyll-donated-ecodyst.md)
- [CED Tech Venture profile: Ecodyst, targeting manufacturing with ‘disruptive’ self-cooling technology](https://ecodyst.com/ced-tech-venture-profile-ecodyst-targeting-manufacturing-disruptive-self-cooling-technology.md)
- [Cold Trap Terpene Capture—How Does it Work?](https://ecodyst.com/cold-trap-terpene-capture-how-does-it-work.md)
- [Cooking-Up Fresh Ingredients with Rotary Evaporators](https://ecodyst.com/new-ingredients-rotary-evaporators.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [Drawbacks of Conventional Rotovaps](https://ecodyst.com/drawbacks-rotovaps.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [EcoChyll Rotary Evaporators: Cost, Specs & More](https://ecodyst.com/rotary-evaporator-cost-specs.md)
- [Ecodyst Announces Former Heidolph Representative Trevor White Joins Team](https://ecodyst.com/ecodyst-announces-former-heidolph-representative-trevor-white-joins-team.md)
- [Ecodyst Announces That the EcoChyll X7 Turnkey is Now NRTL Listed](https://ecodyst.com/ecodyst-announces-that-the-ecochyll-x7-turnkey-is-now-nrtl-listed.md)
- [Ecodyst as Part of Semi-finalists for NC IDEA Grant Application](https://ecodyst.com/ecodyst-part-semi-finalists-nc-idea-grant-application.md)
- [Ecodyst Grants Q&A Session with Startup TechWire](https://ecodyst.com/ecodyst-grants-qa-session-startup-techwire.md)
- [Ecodyst Hydrogen Rotary Evaporator](https://ecodyst.com/ecodyst-hydrogen-rotary-evaporator.md)
- [Ecodyst Receives the 2016 SERMACS Industrial Innovation Award](https://ecodyst.com/ecodyst-receives-2016-sermacs-industrial-innovation-award.md)
- [Ecodyst Selected As Finalist For NC IDEA Foundation Grant](https://ecodyst.com/ecodyst-selected-finalist-nc-idea-foundation-grant.md)
- [Ecodyst Selected as Top 50 for Startup Grind 2018 Global Conference](https://ecodyst.com/startup-grind.md)
- [Ecodyst Selected For CED Tech Venture Conference 2016](https://ecodyst.com/ecodyst-selected-for-ced-tech-venture-conference-2016.md)
- [Ecodyst sponsors Young Women In STEM Conference](https://ecodyst.com/ecodyst-sponsors-young-women-in-stem-conference.md)
- [Ecodyst To Be Featured At The CED Life Science Conference 2017](https://ecodyst.com/ecodyst-featured-ced-life-science-conference-2017.md)
- [Ecodyst’s Innovative, Self-Cooling Technology is Sustainable](https://ecodyst.com/ecodysts-innovative-self-cooling-technology-sustainable.md)
- [Enhanced Sustainability at the University of Oxford with the Ecodyst Hydrogen Rotary Evaporator](https://ecodyst.com/enhanced-sustainability-at-the-university-of-oxford-with-the-ecodyst-hydrogen-rotary-evaporator.md)
- [Ethanol Removal in Cannabis Applications](https://ecodyst.com/ethanol-removal-cannabis-applications.md)
- [High Quality Budget Rotary Evaporator from Ecodyst](https://ecodyst.com/high-quality-budget-rotary-evaporator.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [How Ecodyst’s Modern Rotovap Revolutionizes Rotovap Technology](https://ecodyst.com/how-ecodysts-modern-rotovap-revolutionizes-rotovap-technology.md)
- [How labs are improving solvent recovery with Ecodyst](https://ecodyst.com/how-labs-are-improving-solvent-recovery-with-ecodyst.md)
- [How New Generation Rotary Evaporators Work](https://ecodyst.com/how-new-generation-rotary-evaporators-work.md)
- [How One Entrepreneur Is Making Rotary Evaporators Cool Again](https://ecodyst.com/how-one-entrepreneur-is-making-rotary-evaporators-cool-again.md)
- [How to Choose the Right Cold Trap](https://ecodyst.com/how-to-choose-the-right-cold-trap.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [How to Use an Ecodyst Rotary Vacuum Evaporator](https://ecodyst.com/how-to-use-rotary-vacuum-evaporator.md)
- [Lab Rotary Evaporators for Cannabis & Hemp](https://ecodyst.com/lab-rotary-evaporators-for-cannabis-hemp.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [Making Rotary Evaporators Cool Again](https://ecodyst.com/making-rotary-evaporators-cool-again.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [Press Release](https://ecodyst.com/press-release.md)
- [Root Sciences Announces Partnership with Ecodyst](https://ecodyst.com/root-sciences-announces-partnership-with-ecodyst.md)
- [Rotary Evaporator Systems from Ecodyst](https://ecodyst.com/rotary-evaporator-systems.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [Single-sample Rotary Evaporators for Drug Discovery](https://ecodyst.com/single-sample-rotary-evaporator-drug-discovery.md)
- [SP Industries Announces Partnership Agreement with Ecodyst to Distribute Single Sample Evaporation Systems](https://ecodyst.com/sp-industries-announces-partnership-agreement-with-ecodyst-to-distribute-single-sample-evaporation-systems.md)
- [Startup Grind picks Apex lab gear startup Ecodyst for global showcase in Silicon Valley](https://ecodyst.com/wral-startup-grind.md)
- [Super-Fast Solvent Recovery with Ecodyst](https://ecodyst.com/super-fast-solvent-recovery-with-ecodyst.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [The 5 Steps of Cannabis Extraction](https://ecodyst.com/the-5-steps-of-cannabis-extraction.md)
- [The Basics of Continuous Evaporation Systems](https://ecodyst.com/continuous-evaporation-systems-basics.md)
- [The Benefits of an Ecodyst Lab Rotary Evaporator](https://ecodyst.com/the-benefits-of-ecodyst-lab-rotary-evaporators.md)
- [The Modern Rotary Evaporators: Ecochyll X1 and Hydrogen](https://ecodyst.com/the-modern-rotary-evaporators-ecochyll-x1-and-hydrogen.md)
- [The New Gold Standard for Rotary Evaporators](https://ecodyst.com/the-new-gold-standard-for-rotary-evaporators.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Sustainable Rotary Evaporator from Ecodyst](https://ecodyst.com/sustainable-rotary-evaporator-ecodyst.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Understanding Continuous Evaporation Units](https://ecodyst.com/understanding-continuous-evaporation-units.md)


---

---
title: "Products"
canonical: "https://ecodyst.com/evaporators/"
lastmod: "2026-07-24T12:56:34+00:00"
generator: "llm-mirrors/1.0.23"
---

Evaporation Systems

THE MOST EFFICIENT HIGH-SPEED SOLVENT RECOVERY SYSTEMS

Ecodyst® has created the next generation of benchtop and industrial-scale high-speed evaporators for use in laboratory and commercial settings. Using a disruptive refrigerated cooling technology, our evaporators provide eco-friendly and efficient self-cooling metal or Teflon-coated condensers that set new standards for rotary evaporation, distillation, purification, and winterization.

All models use a revolutionary tankless cooling technology that is continuously available, provides sustainable temperature control, increases productivity, allows for instrumentation with a reduced footprint, and has low associated operating costs.

Achieve energy savings of 50 - 80%.

Cut your system startup time by up to 75%.

Eliminate hazardous chiller fluids.

Greatly reduce your operating costs.

Modern Rotary Evaporator

EcoChyll X1

12l EcoChyll x3

20l EcoChyll x3

20l EcoChyll X5

50l EcoChyll X5

20l EcoChylL X7

50l EcoChylL X7

72l EcoChyll X7

100l EcoChyll X7

200l EcoChyll X9

Advanced Distillery

Sustainable Temperature Control

Simply turn on any of Ecodyst’s patented line of high-speed evaporators and within one minute you will achieve -40º. This temperature can be varied and sustained for extended periods of time, and eliminates wasted water, or the need to pay for, collect, or monitor dry ice, freeing chemists to focus on more complex tasks. Ecodyst’s high-speed evaporators work faster and at a higher capacity than traditional rotary evaporators, so scientists and botanists can increase their productivity and ability to process large volumes. With an energy savings of 80% over traditional rotovaps, and the ability to customize and adapt each Ecodyst high-speed evaporator to existing equipment, cost savings and efficiencies are attainable and sustainable.

THE NEXT GENERATION OF HIGH-SPEED EVAPORATORS
ACCELERATING THE PATH TO DISCOVERY®

DOWNLOAD OUR OPERATING MANUAL

Need help choosing an evaporator? Please tell us about your process and one of our distillation experts will be in touch with you shortly.

## Articles

- [Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md)
- [Rotavap Pet Peeves: How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md)
- [Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [The Bigger the Better: A Guide to Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [What are Azeotropes?](https://ecodyst.com/what-are-azeotropes.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [Back to Basics: Rotary Evaporation vs. Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [The Importance of Proper Vacuum for Rotary Evaporation](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [The Rule of 20: setting the right temperature for your rotary evaporator](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Solvent Recovery vs Distillation: Which is Best?](https://ecodyst.com/solvent-recovery-vs-distillation.md)


---

---
title: "HYDROGEN"
canonical: "https://ecodyst.com/hydrogen/"
lastmod: "2024-02-06T15:27:15+00:00"
generator: "llm-mirrors/1.0.23"
---

# HYDROGEN

Faster, More Efficient Rotary Evaporation

The Hydrogen is Ecodyst’s high-performance all-in-one rotary evaporator with smart, self-cooling condensers and zero material waste.

HYDROGEN Modern Rotary Evaporator

Turnkey System Designed for:

Benchtop Scale Solvent Recovery

Solvent Recovery Throughput:

Up to 3L of ethanol per hour

EcoChyll Technology:

Eliminates dry ice, recirculating chiller, water and antifreeze

Footprint:

1.8 square feet

Water Evaporation

Yes

Reduce electricity consumption by over 50%, never have to change chiller fluids again, and dramatically decrease your run times! Ecodyst’s Hydrogen is a high performance, self-cooling rotary evaporator with a compact footprint. The eco-friendly, energy-efficient, sustainable rotovap uses a built-in condenser which eliminates the need for glycol, dry ice or water while massively reducing coolant pull-down times.
By eliminating coolant and cutting electricity use by more than half, the Hydrogen delivers substantial operating cost savings. By combining the functions of a recirculating chiller and a rotary evaporator in the same compact body, what would ordinarily take two pieces of equipment is done with just one, saving precious lab space while eliminating messy tubing and leaks.
Tired of waiting for your chiller to get cold? With the Ecodyst, the condenser is cold almost immediately. The condenser will cool to -10°C in just one minute, or all the way to -35°C in five minutes.

DOWNLOAD THE CASE STUDY PDF

Improving Rotary Evaporator
Efficiency & Sustainability
See how a University of Oxford lab realized 50% energy savings, cut run times in half, and eliminated coolant waste.

## Features

Small footprint
Smart self-cooling condenser with chemically resistant coils and a huge surface area
Condenser is always available and eliminates recirculating chiller, antifreeze, dry ice, and water
Faster rates of evaporation than traditional rotary evaporators
No associated operational expenses
Pays for itself within three to five years
Eco-friendly energy efficiency
Digital display of rotation speed, cooling and heating temperatures enables optimal control of all distillation procedures
Remote function enables data transmission and PC control
Automatic motor lift transports the evaporating flask to a secured position in the event of power failure
Overheating protection temperature at 220 °C
Ejection mechanism makes it easy to remove the evaporating flask
Water/oil heating mode can be altered only through a switch
Highly chemical-resistant double stainless steel spring sealing ring sealed with PTFE offers a superior sealing performance

## Specifications

Equipment

Dimensions (approx.) – 17.75″ L x 16.25″ W x 29″ H
Weight – 120lbs

Electrical

Total power usage – 1400 watts
Voltage – 100-120/200-240V, 50-60Hz
Two standard 115V (or one 230V) plugs

Technical

EcoChyll cooling capacity – See Hydrogen brochure
EcoChyll minimum temperature – -40°C
Display – LCD
Motor Type – Brushless DC motor
Heating bath maximum temperature – Room temperature to 180°C
Heating power – 1300watts
Heating bath volume – 5L
Temperature control accuracy – Water +/- 1°C, oil +/- 3°C
Rotational drive – 20 to 280rpm, clockwise and anti-clockwise
USB interface – Yes
Timer – Yes, 1 to 999min
Protection class – IP20, IP21
Permissable ambient temperature – 5 to 40°C
Permissable relative humidity – 80% RH
Metal parts – Stainless steel 316
Glass parts – Borosilicate glass
Condensation coils – coated with chemically-resistant fluoropolymer Halar
Warranty** – Two-Years Manufacturer (includes parts & labor, excludes all glass components)

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

## For More Information
Ecodyst is offering the Hydrogen rotary evaporator system to laboratories around the world. If you would like more information about the all-in-one rotovap system, see our product brochure and Hydrogen overview using the links below.
You can also use our EcoChyll X1 to upgrade your current rotary evaporator with our patented self-cooling technology.
For any information on other rotary evaporator systems in the Ecodyst product line, simply contact a member of the team.

## Download More Information

TECHNICAL INFORMATION

HYDROGEN BROCHURE

OPERATING MANUAL

ALL PRODUCTS BROCHURE

## You May Also Be Interested In

EcoChyll X1
The EcoChyll S is a benchtop unit that eliminates dry ice and recirculating chillers with Ecodyst’s powerful chilling technology.

12L EcoChyll X3
The 12L is our most compact standing floor system to feature Ecodyst’s innovative and efficient stationary flask design.


---

---
title: "EcoChyll X1"
canonical: "https://ecodyst.com/ecochyll-x1/"
lastmod: "2026-04-18T10:17:36+00:00"
generator: "llm-mirrors/1.0.23"
---

Ecochyll S upgraded to Ecochyll X1

Ultra-Fast and Efficient Chilling for Benchtop Rotovaps

EcoChyll® X1 is a powerful, compact, self-cooling condenser compatible with any brand of rotary evaporator.

Designed for scientists by scientists

EcoChyll X1 Smart-Cooling Chiller and Condenser

Cooling System Designed for:

Rotary evaporators and other distillation equipment

Upgrades Existing Rotary Evaporators:

Yes

Cooling Capacity

602 watts (-10C), 248 watts (-35C). See brochure below for complete cooling capacity chart

EcoChyll Technology:

Eliminates dry ice, recirculating chiller, and antifreeze and/or water. It has no consumables

A Revolution in Cooling for Benchtop Rotovaps
You can think of the EcoChyll X1 as a chiller with no tank, no coolant liquid, and which achieves its setpoint temperature in just one minute. It has a built-in condenser, connects to any brand of benchtop rotary evaporator, and has a footprint under one square foot.
Want more? The EcoChyll X1 involves less tubing and fewer opportunities for leaks.
Still want more? The EcoChyll X1 uses about one quarter of the electricity of a recirculating chiller with a similar cooling capacity.
The EcoChyll has virtually no maintenance or setup requirements. Connect it to your existing rotary evaporator, plug it in, turn it on, and it’s ready to go.

NRTL-certified for US, Canada, and EU regulations.

DOWNLOAD THE CASE STUDY PDF

## Features

Small footprint
Smart self-cooling condenser with chemically resistant coils and a huge surface area
Condenser is always available and eliminates recirculating chiller, antifreeze, dry ice, and water
No associated operational expenses
Eco-friendly energy efficiency
Designed for an extremely wide range of solvents, including water and all solvents used in the cannabis and hemp industries
Single user operation with minimal interference required

## Specifications

230V, 50/60Hz.

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## For More Information
Ecodyst has pioneered a smart self-cooling technology with no consumables as compared with traditional rotary evaporators. Upgrade your rotary evaporator with EcoChyll X1 and immediately begin to benefit from the many advantages it offers.
If you are looking for an all-in-one evaporation unit, consider the Hydrogen.
For more information about our leading-edge cooling technology, or our full suite of turn-key products, simply contact a member of the Ecodyst team today. Otherwise, fill out the form below to receive a quote on the EcoChyll® X1.

## Download More Information

ECOCHYLL X1 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

OPERATIONAL DIAGRAM

## You May Also Be Interested In

The Modern Rotary Evaporator
Ecodyst’s revolutionary all-in-one benchtop system eliminates dry ice and recirculating chiller with a 2sq. ft. footprint.

12L EcoChyll X3
The 12L is our most compact standing floor system to feature Ecodyst’s innovative and efficient stationary flask design.


---

---
title: "12L EcoChyll X3"
canonical: "https://ecodyst.com/12l-ecochyll-x3/"
lastmod: "2026-07-24T12:58:12+00:00"
generator: "llm-mirrors/1.0.23"
---

12L Ecochyll X3 Hi-Speed Evaporator

Medium Scale Solvent Recovery

Engineered for high-speed solvent recovery and decarboxylation in small to medium-sized laboratories, the 12L EcoChyll X3 is our most compact standing floor model.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US12L EcoChyll X3 Hi-Speed Evaporator

Turnkey System Designed for:

Medium Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 8L of ethanol per hour

Decarboxylation Capacity:

Yes

Automation:

Optional

Engineered for high-speed solvent evaporation and recovery in small- to medium-sized laboratories, the EcoChyll® X3 is a robust cooling system for chemical, botanical, and other extractions. Using the pioneering EcoChyll® direct cooling technology, the X3 bridges the gap between small-footprint, benchtop rotary evaporators and our larger, higher-capacity EcoChyll evaporators. With a true 12 L capacity and compact form factor, it holds more solvent than a “20 L” rotary evaporator while having a faster evaporation rate and much shorter total run time.
The EcoChyll® X3 is routinely used downstream of botanical extractions via BHO, CO2, or ethanol. With twin metallic condenser coils, the EcoChyll® X3 carries out continuous direct-cooling of incoming vapors in an efficient and environmentally-friendly manner. No glycol or other coolant is necessary, start-up times are far shorter, and total energy usage is less than half. EcoChyll® evaporators also free up operator time due to low-intervention requirements. Because the evaporation flask is stirred rather than rotating, residual product can simply be drained from a valve. The EcoChyll X3 can also be set up for more complete process automation, saving time and money without compromising the quality of your results.
Setting New Standards in Evaporation Efficiency
Rotary evaporators haven’t evolved much over the past 50 years. The basic operation has been the same. We wanted to make something better, so we rethought the rotary evaporator from the ground up. We asked ourselves: How could we more efficiently heat the evaporation flask? (A: Sit the flask directly in a heating mantle.) How could we minimize handling of large glassware? (A: Make the flask stationary so it can have a drain.) How could we decrease run time? (A: We need to reduce the coolant pull-down time while increasing the evaporation rate.) How could we make the cooling process faster and more efficient? (A: Pump refrigerant directly from the compressor through the condenser.)
When you answer all those questions, you get the EcoChyll; a system which can render the legacy rotary evaporators obsolete. You get shorter runs, faster start-up, less manual activity, and far greater energy efficiency than a rotary evaporator. For more information, contact us today.
See all models and sizes.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz.

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X5 EcoChyll condensation unit can be paired with the 12 and 22 liter evaporation units.
If you were to purchase a 12L EcoChyll X5 and later wished to double your processing capacity, you could purchase only a 22 liter evaporation unit to pair with the X5 EcoChyll.
This amounts to a significant savings (versus purchasing a new 12L EcoChyll X3 turnkey system) while doubling your processing power.

## Download More Information

OPERATIONAL DIAGRAM12L ECOCHYLL X3 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

EcoChyll X1
The EcoChyll X1 is a benchtop unit that eliminates dry ice and recirculating chillers with Ecodyst’s powerful chilling technology.

20L EcoChyll X5
The 20L EcoChyll X5 outstrips traditional 20L rotary evaporators with Ecodyst’s hallmark efficiencies in energy and operation.


---

---
title: "20L EcoChyll X5"
canonical: "https://ecodyst.com/ecochyll-x5-22l/"
lastmod: "2026-07-24T13:07:13+00:00"
generator: "llm-mirrors/1.0.23"
---

20L Ecochyll X5 Hi-Speed Evaporator

Medium Scale Solvent Recovery

The 20L EcoChyll X5 offers a turnkey solution for solvent recovery and decarboxylation that outperforms traditional 20L rotary evaporators.

Available in 20L and 50L

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US20L EcoChyll X5 Hi-Speed Evaporator

Turnkey System Designed for:

Medium Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 12L of ethanol per hour

True Load Volume:

20L

Decarboxylation Capacity:

Yes

Automation:

Optional

Designed for process scientists on a budget who cannot sacrifice quality, the EcoChyll® X5 is an extremely efficient alternative to all existing evaporative technologies. Compared to 20 L rotary evaporators from major manufacturers, the EcoChyll X5 provides over twice the capacity at a substantially lower cost. The patented direct cooling technology, direct heat, and stirred evaporation flask all contribute to dramatically lower energy consumption, without requiring a drop of glycol or other coolant fluid, significantly reducing your operating costs while increasing your recovery rates.
With a true 20 L capacity and a small footprint, it is a premium compromise between cost and convenience. Our cost-competitive evaporator comes as a turn-key solution for solvent recovery and decarboxylation. The EcoChyll® X5 automates the vapor cooling process to free-up user time for other operations, while reducing run time due to faster evaporation rates and significantly shorter start-up time. This method is now the preferred solution for evaporation in a wide range of botanical extraction applications.
The EcoChyll X5 is proudly built in the United States with meticulous attention to quality.
Cost-Efficient Evaporation Equipment from Ecodyst
Ecodyst is the world’s first rotary evaporator manufacturer to use metallic condensers in evaporation and decarboxylation processes. Our disruptive approach has set a new standard of cost-efficiency and results reliability in emerging markets, like the hemp industry. The EcoChyll® evaporators are the leaders in efficiency, environmental friendliness, speed, and capacity. Researchers in process chemistry, cannabis extraction, and other fields are using the EcoChyll X5 to achieve more with less.
If you would like to learn more about Ecodyst’s revolutionary cooling technology or to find further information on the EcoChyll® product line, contact a member of the team today.
See all models and sizes.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X7 EcoChyll condensation unit can be paired with the 22, 50, 72, and 100 liter evaporation units.
If you were to purchase a 22L EcoChyll X7 and later wished to double your processing capacity, you could purchase only a 50 liter evaporation unit to pair with the X7 EcoChyll.
This amounts to a significant savings (versus purchasing a new 22L EcoChyll X5 turnkey system) while doubling your processing power.
You could also upgrade the 22L to a 72L or 100L system.

## Download More Information

OPERATIONAL DIAGRAM20L ECOCHYLL X5 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

12L EcoChyll X3
The 12L is our most compact standing floor system to feature Ecodyst’s innovative and efficient stationary flask design.

50L EcoChyll X7
The 50L X7 is a modular system that replaces two traditional 50L rotary evaporators while using less electricity than one.


---

---
title: "50L EcoChyll X5"
canonical: "https://ecodyst.com/ecochyll-x5-50l/"
lastmod: "2026-07-24T13:00:24+00:00"
generator: "llm-mirrors/1.0.23"
---

50L Ecochyll X5 Hi-Speed Evaporator

Large Scale Solvent Recovery

The 50L EcoChyll X5 offers a turnkey solution for solvent recovery and decarboxylation which vastly outperforms traditional 50L rotary evaporators.

Available in 22L and 50L

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US50L EcoChyll X5 Hi-Speed Evaporator

Turnkey System Designed for:

Large Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 25L of ethanol per hour

Decarboxylation Capacity:

Yes

Automation:

Optional

The 50L Ecochyll® X5 evaporator will outperform any 50 L rotary evaporator on the market while costing a fraction of what the leading brands charge. It provides industry-leading evaporation rates, huge electricity savings, reduced run times, less manual intervention, and true 50 L capacity.
The keys to our improved performance and efficiency are:

Direct cooling of a metal condenser coil with refrigerant from the compressor. This leads to pull-down times of just minutes while using far less electricity than a recirculating chiller.
Replacing a rotating flask with an upright, stationary flask which is stirred with an overhead stirrer and heated on a heating mantle. The direct heating of the flask is more energy efficient, the upright flask allows you to use the full 50 L volume, and the stirring is more energy efficient than rotating a large flask. This also allows us to put a drain on the evaporating flask for convenient collection of residual product – something which traditional rotary evaporators cannot do!

The EcoChyll X5 is sold as a turnkey system with on-site installation and training available. You’ll never want to use a traditional rotary evaporator again!
Ecodyst Evaporators: Friendly to Your Budget and the Planet
The 50L EcoChyll X5 does the work of two 50L rotary evaporators while costing less than one! Additionally, your operating costs will be much lower. Electricity usage will be cut by more than half, you’ll never have to buy and replace the glycol or other refrigerant for a recirculating chiller, and you’ll have fewer incidents of glass breakage and replacement since all the glassware is stationary.
EcoChyll evaporators are being used successfully in many different industries including chemicals, pharmaceuticals, cannabis, and others. If you would like to learn more about Ecodyst’s revolutionary cooling technology or the EcoChyll® product line, contact a member of the team today. Otherwise, fill out the form below to receive a quote on the EcoChyll® X5 evaporation system.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X7 EcoChyll condensation unit can be paired with the 22, 50, 72, and 100 liter evaporation units.
If you were to purchase a 22L EcoChyll X7 and later wished to double your processing capacity, you could purchase only a 50 liter evaporation unit to pair with the X7 EcoChyll.
This amounts to a significant savings (versus purchasing a new 22L EcoChyll X5 turnkey system) while doubling your processing power.
You could also upgrade the 22L to a 72L or 100L system.

## Download More Information

OPERATIONAL DIAGRAM50L ECOCHYLL X5 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

12L EcoChyll X3
You really can get more for less. The X3 dramatically outperforms a 20L rotary evaporator with far less up-front and operating costs than leading brands.

20L EcoChyll X5
The 20L EcoChyll X5 outstrips traditional 20L rotary evaporators with Ecodyst’s hallmark efficiencies in energy and operation.


---

---
title: "20L EcoChyll X7"
canonical: "https://ecodyst.com/ecochyll-x7-22l/"
lastmod: "2026-07-24T13:10:01+00:00"
generator: "llm-mirrors/1.0.23"
---

20L Ecochyll X7 Hi-Speed Evaporator

Medium Scale Solvent Recovery

Built for industrial-scale evaporation, the 20L EcoChyll X7 Hi-Speed Evaporator from Ecodyst combines high loading capacities with rapid continuous cooling for efficient and fast solvent recovery.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US20L EcoChyll X7 Hi-Speed Evaporator

Turnkey System Designed for:

Large Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 12L of ethanol per hour

Decarboxylation Capacity:

Yes

Automation:

Optional

When you cannot compromise on solvent recovery, you need the EcoChyll® X7.
Built for industrial-scale evaporation, the EcoChyll® X7 high speed evaporator from Ecodyst combines high loading capacities with rapid continuous cooling for efficient and fast solvent recovery. Courtesy of proprietary intelligent direct self-cooling condensers, the EcoChyll® X7 high cooling capacity and large surface area condensers can reliably condense large volume of solvents. Tired of waiting almost an hour for your chiller to get to temperature? The EcoChyll X7 can reach -40°C in just a few minutes. Never have to bother with glycol or other coolants again!
Our industrial-scale rotary vacuum evaporator is a turn-key solvent recovery system trusted by chemists and botanical extraction processors in both research and commercial laboratory settings. Based on innovative self-cooling technology, our smart cooling system is both eco-friendly and efficient, cutting your electricity consumption by half! The EcoChyll® X7 continuous cooling system is guaranteed to increase productivity for high throughput solvent recovery and decarboxylation applications while keeping user safety and usability at the forefront of all botanical extraction applications.
Unlike a 20 liter rotary evaporator, which holds only about 10L of product, the stirred, upright 20L EcoChyll X7 has a true 20L capacity!
Ecodyst was established with the aim of improving on the performance of standard laboratory rotary evaporators (rotovaps), setting a new benchmark for performance in extractions and solvent recovery across chemical, pharmaceutical, cannabis, and other industries. The EcoChyll® X7 rotary vacuum evaporator delivers on that promise for the industrial-scale scientist, providing a scalable modular solution that performs on numerous key fronts for the budget-conscious operator.
If you require a budget-friendly evaporator, consider our single condenser EcoChyll® X5, available in sizes of 20 liters and 50 liters.
Note: The X7 EcoChyll can be paired with 20, 50, 72 and 100 liter evaporation units.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X9 EcoChyll condensation unit can be paired with the 100L and 200L evaporation units.
If you were to purchase a 100L EcoChyll X9 and later wished to increase your processing capacity, you could purchase only a 200 liter evaporation unit to pair with the X9 EcoChyll.
This amounts to a massive savings (versus purchasing two 100L EcoChyll X7 turnkey systems) while doubling your processing power.

## Download More Information

OPERATIONAL DIAGRAM20L ECOCHYLL X7 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

50L EcoChyll X7
The 50L X7 provides twice the capacity of a traditional 50L rotary evaporator while increasing evaporation rate, decreasing electricity usage, and shortening run times.

72L EcoChyll X7
A large-scale solvent recovery option, the 72L EcoChyll X7 offers a 4x increase from traditional 20L rotary evaporators.


---

---
title: "50L EcoChyll X7"
canonical: "https://ecodyst.com/50l-ecochyll-x7/"
lastmod: "2026-07-24T13:01:43+00:00"
generator: "llm-mirrors/1.0.23"
---

50L Ecochyll X7 Hi-Speed Evaporator

Large Scale Solvent Recovery

Built for industrial-scale evaporation, the 50L EcoChyll X7 Hi-Speed Evaporator from Ecodyst is a modular system that replaces multiple traditional 50L rotary evaporators.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US50L EcoChyll X7 Rotary Vacuum Evaporator

Turnkey System Designed for:

Large Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 25L of ethanol per hour

True Load Volume:

50L

Decarboxylation Capacity:

Yes

Automation:

Optional

Built for industrial-scale evaporation, the EcoChyll® X7 high speed evaporator from Ecodyst combines high loading capacities with rapid continuous cooling for efficient and fast solvent recovery. Courtesy of proprietary intelligent direct self-cooling condensers, the EcoChyll® X7 high cooling capacity and large surface area condensers can reliably condense large volumes of solvents.
The 50L Ecochyll® X7 evaporator will outperform any 50L rotary evaporator on the market. No 50L rotary evaporator can compete with the X7 in terms of evaporation rates, energy efficiency, start-up time, or convenience of operation. Additionally you get twice the capacity – true 50L capacity!
The keys to our improved performance and efficiency are:

Direct cooling of a metal condenser coil with refrigerant from the compressor. This leads to pull-down times of just minutes while using far less electricity than a recirculating chiller.
Replacing a rotating flask with an upright, stationary flask which is stirred with an overhead stirrer and heated on a heating mantle. The direct heating of the flask is more energy efficient, the upright flask allows you to use the full 50 liter volume, and the stirring is more energy efficient than rotating a large flask. Having a stationary evaporation flask also allows us to put a drain on it for convenient collection of residual product – something which traditional rotary evaporators cannot do!

Achieve faster run times, reduced operating costs, and reduced human effort to evaporate your solvent. If you want a 50 liter evaporator, choose the EcoChyll X7.

Industrial-Scale Rotary Vacuum Evaporators from Ecodyst
Ecodyst was established with the aim of improving on the performance of standard laboratory rotary evaporators (rotovaps), setting a new benchmark for performance in botanical extractions and solvent recovery. The EcoChyll® X7 rotary vacuum evaporator delivers on that promise for the industrial-scale researcher, providing a scalable modular solution that performs on numerous key fronts for the budget-conscious operator.
If you require a budget-friendly evaporator, consider our single condenser EcoChyll® X5, available in sizes of 22 liters and 50 liters.
If you would like to learn more about Ecodyst’s proprietary continuous cooling technology or find more information on using our turn-key products for other areas of application, please do not hesitate to contact a member of the team today. Otherwise, fill out the form below to receive a quote on the EcoChyll® X7 High Speed Evaporator System.

Note: The X7 EcoChyll can be paired with 22, 50, 72, and 100 liter evaporation units.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X7 EcoChyll condensation unit can be paired with the 22, 50, 72, and 100 liter evaporation units.
If you were to purchase a 50L EcoChyll X7 and later wished to double your processing capacity, you could purchase only a 100 liter evaporation unit to pair with the X7 EcoChyll.
This amounts to a significant savings (versus purchasing a new 50L EcoChyll X7 turnkey system) while doubling your processing power.

## Download More Information

OPERATIONAL DIAGRAM50L ECOCHYLL X7 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

20L EcoChyll X5
The 20L EcoChyll X5 outstrips traditional 20L rotary evaporators with Ecodyst’s hallmark efficiencies in energy and operation.

200L EcoChyll X9
Want more capacity? There is literally no rotary evaporator which exists which can hold as much as the 200L X9. Get an incredible mix of efficiency and evaporation rate.


---

---
title: "72L EcoChyll X7"
canonical: "https://ecodyst.com/72l-ecochyll-x7/"
lastmod: "2025-09-10T04:26:55+00:00"
generator: "llm-mirrors/1.0.23"
---

72L Ecochyll X7 Hi-Speed Evaporator

Large Scale Solvent Recovery

Built for industrial-scale evaporation, the 72L EcoChyll X7 Hi-Speed Evaporator from Ecodyst replaces multiple traditional 20L rotary evaporators.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US72L EcoChyll X7 Hi-Speed Evaporator

Turnkey System Designed for:

Large Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 40L of ethanol per hour

True Load Volume:

72L

Decarboxylation Capacity:

Yes

Automation:

Optional

50 liter rotary evaporators can’t compare to the 72 liter EcoChyll X7! Actually, let’s try:

In terms of evaporation rate, the 72L EcoChyll X7 is the same as TWO high-end 50L rotary evaporators.
In terms of capacity, the 72L X7 is almost as much as THREE 50L rotary evaporators.
The X7 uses less electricity than a SINGLE 50L rotary evaporator.

So in some ways, you can compare them, but the X7 doesn’t make a 50L rotary evaporator look very good. In many other ways, the X7 is totally unique. For instance:

A direct cooling system eliminates the need for glycol and cools the two condensers to -40°C in just a few minutes! The direct cooling system is far more energy efficient than a recirculating chiller.
The X7 doesn’t rotate! It is stirred, instead. Not only is stirring more energy efficient, This lets us heat the evaporation flask with a heating mantle, which is also more energy efficient. It furthermore lets you use the full 72L flask capacity, and when your run is over you can simply drain the flask from the base. Easy!

The EcoChyll® X7 is an evolution of the industrial rotary evaporator in just about every way: efficiency, capacity, throughput, and convenience.

Industrial-Scale Rotary Vacuum Evaporators from Ecodyst
Ecodyst was established with the aim of improving on the performance of standard laboratory rotary evaporators (rotovaps), setting a new benchmark for performance in botanical extractions and solvent recovery. The EcoChyll® X7 rotary vacuum evaporator delivers on that promise for the industrial-scale researcher, providing a scalable modular solution that performs on numerous key fronts for the budget-conscious operator.
If you require a budget-friendly evaporator, consider our single condenser EcoChyll® X5, available in sizes of 22 liters and 50 liters.
If you would like to learn more about Ecodyst’s proprietary continuous cooling technology or find more information on using our turn-key products for other areas of application, please do not hesitate to contact a member of the team today. Otherwise, fill out the form below to receive a quote on the EcoChyll® X7 High Speed Evaporator System.

Note: The X7 EcoChyll can be paired with 22, 50, 72, and 100 liter evaporation units.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X7 EcoChyll condensation unit can be paired with the 22, 50, 72, and 100 liter evaporation units.
If you were to purchase a 72L EcoChyll X7 and later wished to increase your processing capacity, you could purchase only a 100 liter evaporation unit to pair with the X7 EcoChyll.
This amounts to a significant savings (versus purchasing a new 22L EcoChyll X5 turnkey system) while drastically increasing your processing power.

## Download More Information

OPERATIONAL DIAGRAM72L ECOCHYLL X7 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

50L EcoChyll X7
As a midrange solvent recovery option, the 50L can replace three traditional 20L rotary evaporators.

100L EcoChyll X7
Our most versatile large scale system, the 100L can replace up to four traditional 50L rotovaps.


---

---
title: "100L EcoChyll X7"
canonical: "https://ecodyst.com/ecochyll-x7-100l/"
lastmod: "2025-09-10T04:28:54+00:00"
generator: "llm-mirrors/1.0.23"
---

100L Ecochyll X7 Hi-Speed Evaporator

Industrial Scale Solvent Recovery

Get the capacity of four traditional 50 liter rotary evaporators in one easy-to-use, energy-efficient system with the 100L EcoChyll X7.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US100L EcoChyll X7 Hi-Speed Evaporator

Turnkey System Designed for:

Large Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 60L of ethanol per hour

True Load Volume:

100L

Decarboxylation Capacity:

Yes

Automation:

Optional

Built for industrial-scale evaporation, the EcoChyll® X7 high speed evaporator from Ecodyst combines high loading capacities with rapid continuous cooling for efficient and fast solvent recovery. With a true 100L capacity and evaporation rates of up to 60L per hour, the X7 is meant for serious evaporation operations.
Scientists across industries rely on the EcoChyll for fast, reliable solvent extraction which is friendly to your staff and the environment. Our patented direct cooling technology allows you to go from system off to evaporation in just minutes. The direct application of heat to the evaporation flask gets large volumes hot much faster. A stirred flask, instead of a rotated one, allows for easy drainage of residual product. All of these features add up to a vastly more efficient evaporator which reduces electricity usage by more than 50% on a per volume of solvent evaporated. This leads to big savings in operating costs. You’ll also save from never having to purchase glycol or other refrigerant liquids.
Why have someone manage four rotary evaporators when you can get the same result with one 100L EcoChyll X7?
For customers in the cannabis industry, the high-heat mantle allows for decarboxylation to be performed directly in the evaporation flask. You can decarboxylate and evaporate in one device without changing flasks!
Ecodyst was established with the aim of setting a new standard in laboratory and industrial evaporation equipment; completely rethinking the old rotary evaporator design to set a new benchmark for performance in extractions and solvent recovery. The EcoChyll® X7 rotary vacuum evaporator delivers on that promise for the industrial-scale scientist, providing a scalable, modular solution that provides the quality, speed, user-friendliness, and cost-effectiveness that your operation needs.
Note: The X7 EcoChyll can be paired with 22, 50, 72 and 100 liter evaporation units. See all units and sizes.
Have questions? Want a quote? Contact us today.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X9 EcoChyll condensation unit can be paired with the 100L and 200L evaporation units.
If you were to purchase a 100L EcoChyll X9 and later wished to increase your processing capacity, you could purchase only a 200 liter evaporation unit to pair with the X9 EcoChyll.
This amounts to a massive savings (versus purchasing two 100L EcoChyll X7 turnkey systems) while doubling your processing power.

## Download More Information

OPERATIONAL DIAGRAM100L ECOCHYLL X7 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

50L EcoChyll X5
Who decided that a 50L rotary evaporator gets to be called 50L when it only holds 25? Get twice the capacity and twice the evaporation rate while lowering your electricity usage!

200L EcoChyll X9
ou need capacity? Evaporate a full 200L in one run! Evaporate over 100L of ethanol in an hour. When you want processing capacity to be a competitive advantage, you need the EcoChyll X9.


---

---
title: "200L EcoChyll X9"
canonical: "https://ecodyst.com/ecochyll-x9-200l/"
lastmod: "2025-09-10T04:31:31+00:00"
generator: "llm-mirrors/1.0.23"
---

200L EcoChyll X9 Hi-Speed Evaporator

The World’s Largest Rotary-Style Evaporator

Engineered to satisfy the highest volume requirements for decarboxylation and solvent recovery, the 200L EcoChyll® X9 large capacity evaporation unit is a high-speed and ultra-efficient system for demanding extractions.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

CONTACT US200L EcoChyll X9 Hi-Speed Evaporator Complete System

Turnkey System Designed for:

Large Scale Solvent Recovery and Decarboxylation

Solvent Recovery Throughput:

Up to 120L of ethanol per hour

True Load Volume:

200L

Decarboxylation Capacity:

Yes

Automation:

Optional

If you want to maximize your evaporation capacity well beyond what a standard 50L rotary evaporator would allow, you have a few options. You could purchase many 50L evaporator setups, taking up lots of space, driving costs way up, and requiring a full-time technician to manage. You could purchase industrial equipment like falling film evaporators which are huge, extremely expensive, and difficult to maintain. Or you could purchase an EcoChyll X9.
With a true 200L capacity, the X9 has the highest capacity of any rotary-style evaporator in the world, capable of replacing 8 standard 50 liter rotary evaporators. Capable of evaporating up to 120 liters per hour of ethanol, it is also far faster than any rotary evaporator. While evaporating at a rate as fast as eight 50L rotary evaporator setups from other leading brands, it costs less than two. Operating costs are also far lower due to the EcoChyll’s energy efficient design, lower manpower requirement, and elimination of the need for glycol or other refrigerant.
REQUEST QUOTE
A Breakthrough in Efficiency & Usability
Ecodyst pioneered two major advancements in rotary evaporator design. First, it pumps refrigerant directly from its compressor through metal cooling coils. Secondly, it replaces the rotating flask in a bath with a stationary, stirred evaporating flask on a heating mantle. This provides many advantages, including:

Massive improvements in energy efficiency compared to 50L rotovaps: 50 – 80% less energy used per unit solvent evaporated
Because it doesn’t need to rotate, we put a valve on the evaporating flask for easy drainage.
No need for glycol or other coolant fluids.
Vastly reduced startup time. The directly cooled condensers are cold in just minutes, and the direct heat of the mantle heats the flask contents faster.
Less need to handle large glassware reduces the risk of breakage and improves lab safety.
The upright orientation of the flask allows for use of its full capacity. 200L means you can actually put 200L in it!

Boost Your Cannabis Processing Productivity
In addition to its throughput, cannabis processing operations can benefit from the EcoChyll’s ability to perform decarboxylation. A decarb using a reactor or vacuum oven can take 8 hours to a full day. The X9’s even, fast, and powerful heating can perform a decarboxylation in as little as 2 hours.
Large-Volume Evaporation Units from Ecodyst
Ecodyst’s proprietary self-cooling technology provides chemists across industries with a powerful new solution for high-throughput evaporation challenges. The EcoChyll® X9 evaporation unit delivers unprecedented efficiency improvements, exceptionally low operating costs, and excellent usability for industrial-scale needs.
For more information or a quote on the EcoChyll® X9 industrial evaporator, contact our team today.
If you require a smaller vacuum evaporator, we have a large range of sizes available. See all our evaporators.
Note: The X9 EcoChyll can be paired with 100 and 200 liter evaporation units.

CONFORMS TO UL STDS 61010-1 & 61010-2-011, CERTIFIED TO CSA STDS C22.2 # 61010-1 & 61010-2-011

## Features

Exceeds the performance of eight 50L traditional rotary evaporators
Recovers all residual solvents (below 500ppm)
Designed to handle an extremely wide range of solvents, including water and all common solvents used in the cannabis and hemp industries
No need to move glassware: The stationary evaporation flask is filled with a siphon feed valve and emptied with a drain valve for uninterrupted operation
Spacious evaporation flask prevents “bumping” of solution into condensation unit
Can be incorporated in-line with botanical extraction or winterization systems and fully automated
Digital interfaces and data monitoring for stirring rod, vacuum pump, chiller, and heating mantle
Patented EcoChyll condensation unit reaches -40°C on the coils in under one minute
Single user operation with minimal interference required
Capable of evaporating ethanol at low temperatures (38C)
Extremely energy efficient
Safety features for automatic shutdown

## Specifications

230V, 50/60Hz

Certification

CONFORMS TO
UL STDS 61010-1 & 61010-2-011
CERTIFIED TO
CSA STDS C22.2 # 61010-1 & 61010-2-011

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

Modular Upgrade Program

Ecodyst has a modular upgrade program to help groups that plan to scale larger in the future.
For example, the X9 EcoChyll condensation unit can be paired with the 100L and 200L evaporation units.
If you were to purchase a 100L EcoChyll X9 and later wished to increase your processing capacity, you could purchase only a 200 liter evaporation unit to pair with the X9 EcoChyll.
This amounts to a massive savings (versus purchasing two 100L EcoChyll X7 turnkey systems) while doubling your processing power.

## Download More Information

OPERATIONAL DIAGRAM200L ECOCHYLL X9 BROCHURE

ALL PRODUCTS BROCHURE

OPERATING MANUAL

## You May Also Be Interested In

72L EcoChyll X7
As a large scale solvent recovery option, the 72L can replace five traditional 20L rotary evaporators.

100L EcoChyll X7
Our most versatile large scale system, the 100L can replace up to four traditional 50L rotovaps.


---

---
title: "EcoChyll Condensers"
canonical: "https://ecodyst.com/ecochyll-condensers/"
lastmod: "2026-03-03T11:45:47+00:00"
generator: "llm-mirrors/1.0.23"
---

Evaporation Systems

THE MOST EFFICIENT HIGH-SPEED SOLVENT RECOVERY SYSTEMS

Ecodyst® has created the next generation of benchtop and industrial-scale high-speed evaporators for use in laboratory and commercial settings. Using a disruptive refrigerated cooling technology, our evaporators provide eco-friendly and efficient self-cooling metal or Teflon-coated condensers that set new standards for rotary evaporation, distillation, purification, and winterization.

All models use a revolutionary tankless cooling technology that is continuously available, provides sustainable temperature control, increases productivity, allows for instrumentation with a reduced footprint, and has low associated operating costs.

Achieve energy savings of 50 - 80%.

Cut your system startup time by up to 75%.

Eliminate hazardous chiller fluids.

Greatly reduce your operating costs.

Hydrogen

EcoChyll X1

12l EcoChyll x3

20l EcoChyll x3

22l EcoChyll X5

50l EcoChyll X5

22l EcoChylL X7

50l EcoChylL X7

72l EcoChyll X7

100l EcoChyll X7

200l EcoChyll X9

Sustainable Temperature Control

Simply turn on any of Ecodyst’s patented line of high-speed evaporators and within one minute you will achieve -40º. This temperature can be varied and sustained for extended periods of time, and eliminates wasted water, or the need to pay for, collect, or monitor dry ice, freeing chemists to focus on more complex tasks. Ecodyst’s high-speed evaporators work faster and at a higher capacity than traditional rotary evaporators, so scientists and botanists can increase their productivity and ability to process large volumes. With an energy savings of 80% over traditional rotovaps, and the ability to customize and adapt each Ecodyst high-speed evaporator to existing equipment, cost savings and efficiencies are attainable and sustainable.

THE NEXT GENERATION OF HIGH-SPEED EVAPORATORS
ACCELERATING THE PATH TO DISCOVERY®

DOWNLOAD OUR OPERATING MANUAL

Need help choosing an evaporator? Please tell us about your process and one of our distillation experts will be in touch with you shortly.

## Articles

- [Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md)
- [Rotavap Pet Peeves: How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md)
- [Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [The Bigger the Better: A Guide to Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [What are Azeotropes?](https://ecodyst.com/what-are-azeotropes.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [Back to Basics: Rotary Evaporation vs. Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [The Importance of Proper Vacuum for Rotary Evaporation](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [The Rule of 20: setting the right temperature for your rotary evaporator](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Solvent Recovery vs Distillation: Which is Best?](https://ecodyst.com/solvent-recovery-vs-distillation.md)


---

---
title: "Vacuum Pumps and Vacuum Controller"
canonical: "https://ecodyst.com/vacuum-pumps-and-vacuum-controller/"
lastmod: "2026-03-03T11:48:05+00:00"
generator: "llm-mirrors/1.0.23"
---

Evaporation Systems

THE MOST EFFICIENT HIGH-SPEED SOLVENT RECOVERY SYSTEMS

Ecodyst® has created the next generation of benchtop and industrial-scale high-speed evaporators for use in laboratory and commercial settings. Using a disruptive refrigerated cooling technology, our evaporators provide eco-friendly and efficient self-cooling metal or Teflon-coated condensers that set new standards for rotary evaporation, distillation, purification, and winterization.

All models use a revolutionary tankless cooling technology that is continuously available, provides sustainable temperature control, increases productivity, allows for instrumentation with a reduced footprint, and has low associated operating costs.

Achieve energy savings of 50 - 80%.

Cut your system startup time by up to 75%.

Eliminate hazardous chiller fluids.

Greatly reduce your operating costs.

Hydrogen

EcoChyll X1

12l EcoChyll x3

20l EcoChyll x3

22l EcoChyll X5

50l EcoChyll X5

22l EcoChylL X7

50l EcoChylL X7

72l EcoChyll X7

100l EcoChyll X7

200l EcoChyll X9

Sustainable Temperature Control

Simply turn on any of Ecodyst’s patented line of high-speed evaporators and within one minute you will achieve -40º. This temperature can be varied and sustained for extended periods of time, and eliminates wasted water, or the need to pay for, collect, or monitor dry ice, freeing chemists to focus on more complex tasks. Ecodyst’s high-speed evaporators work faster and at a higher capacity than traditional rotary evaporators, so scientists and botanists can increase their productivity and ability to process large volumes. With an energy savings of 80% over traditional rotovaps, and the ability to customize and adapt each Ecodyst high-speed evaporator to existing equipment, cost savings and efficiencies are attainable and sustainable.

THE NEXT GENERATION OF HIGH-SPEED EVAPORATORS
ACCELERATING THE PATH TO DISCOVERY®

DOWNLOAD OUR OPERATING MANUAL

Need help choosing an evaporator? Please tell us about your process and one of our distillation experts will be in touch with you shortly.

## Articles

- [Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md)
- [Rotavap Pet Peeves: How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md)
- [Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [The Bigger the Better: A Guide to Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [What are Azeotropes?](https://ecodyst.com/what-are-azeotropes.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [Back to Basics: Rotary Evaporation vs. Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [The Importance of Proper Vacuum for Rotary Evaporation](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [The Rule of 20: setting the right temperature for your rotary evaporator](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Solvent Recovery vs Distillation: Which is Best?](https://ecodyst.com/solvent-recovery-vs-distillation.md)


---

---
title: "High Speed Evaporators"
canonical: "https://ecodyst.com/high-speed-evaporators/"
lastmod: "2026-07-24T12:52:38+00:00"
generator: "llm-mirrors/1.0.23"
---

High Speed Evaporators

THE MOST EFFICIENT HIGH-SPEED SOLVENT RECOVERY SYSTEMS

Ecodyst® has created the next generation of industrial-scale high-speed evaporators for use in laboratory and commercial settings. Using a disruptive refrigerated cooling technology, our evaporators provide eco-friendly and efficient self-cooling metal or Teflon-coated condensers that set new standards for rotary evaporation, distillation, purification, and winterization.

All models use a revolutionary tankless cooling technology that is continuously available, provides sustainable temperature control, increases productivity, allows for instrumentation with a reduced footprint, and has low associated operating costs.

Achieve energy savings of 50 - 80%.

Cut your system startup time by up to 75%.

Eliminate hazardous chiller fluids.

Greatly reduce your operating costs.

EcoChyll x3

Available sizes - 12L, 20L

EcoChyll X5

Available sizes - 20L, 50L

EcoChyll X7

Available sizes - 20L, 50L, 72L, 100L

EcoChyll X9

Available size - 200L

12l EcoChyll x3

20l EcoChyll x3

20l EcoChyll X5

50l EcoChyll X5

50l EcoChylL X7

72l EcoChyll X7

100l EcoChyll X7

200l EcoChyll X9

Sustainable Temperature Control

Simply turn on any of Ecodyst’s patented line of high-speed evaporators and within one minute you will achieve -40º. This temperature can be varied and sustained for extended periods of time, and eliminates wasted water, or the need to pay for, collect, or monitor dry ice, freeing chemists to focus on more complex tasks. Ecodyst’s high-speed evaporators work faster and at a higher capacity than traditional rotary evaporators, so scientists and botanists can increase their productivity and ability to process large volumes. With an energy savings of 80% over traditional rotovaps, and the ability to customize and adapt each Ecodyst high-speed evaporator to existing equipment, cost savings and efficiencies are attainable and sustainable.

THE NEXT GENERATION OF HIGH-SPEED EVAPORATORS
ACCELERATING THE PATH TO DISCOVERY®

DOWNLOAD OUR OPERATING MANUAL

Need help choosing an evaporator? Please tell us about your process and one of our distillation experts will be in touch with you shortly.

## Articles

- [Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md)
- [Rotavap Pet Peeves: How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md)
- [Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [The Bigger the Better: A Guide to Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [What are Azeotropes?](https://ecodyst.com/what-are-azeotropes.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [Back to Basics: Rotary Evaporation vs. Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [The Importance of Proper Vacuum for Rotary Evaporation](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [The Rule of 20: setting the right temperature for your rotary evaporator](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Solvent Recovery vs Distillation: Which is Best?](https://ecodyst.com/solvent-recovery-vs-distillation.md)


---

---
title: "Modern Rotary Evaporator"
canonical: "https://ecodyst.com/modern-rotary-evaporator/"
lastmod: "2026-03-17T14:02:36+00:00"
generator: "llm-mirrors/1.0.23"
---

# MODERN ROTARY EVAPORATOR

Faster, More Efficient Rotary Evaporation

The Modern Rotary Evaporator is Ecodyst’s high-performance all-in-one rotary evaporator with smart, self-cooling condensers and zero material waste.

Modern Rotary Evaporator

Turnkey System Designed for:

Benchtop Scale Solvent Recovery

Solvent Recovery Throughput:

Up to 3L of ethanol per hour

EcoChyll Technology:

Eliminates dry ice, recirculating chiller, water and antifreeze

Footprint:

1.8 square feet

Water Evaporation

Yes

Meet Ecodyst Modern Rotovaps — Ecodyst’s most agile and high-speed rotary evaporators yet. Designed for laboratories where time is critical and efficiency is non-negotiable, 1H rotovaps deliver rapid evaporation, streamlined operation, and reduced downtime — all with Ecodyst’s eco-friendly, hassle-free cooling technology.
Traditional rotary evaporators are slow and clunky. The 1H Turbo and 1H Performance modern rotovaps change that — delivering faster evaporation times, better energy efficiency, and zero coolant hassles. It’s the evolution of rotary evaporation.
Dramatically improve run times, reduce operating costs, and never have to change chiller fluids or find dry ice again! Ecodyst’s 1H rotovaps are high performance, self-cooling rotary evaporators with a compact footprint. These eco-friendly, energy-efficient, sustainable rotovaps use a built-in condenser which eliminates the need for glycol, water, or dry ice while massively reducing coolant pull-down times.
The 1H’s direct cooling condenser technology achieves a temperature of -20°C in just one minute, allowing you to start your runs almost immediately, then its auto-off idling detection allows you to walk away after you start your run. By eliminating coolant and cutting electricity use by more than half, you will realize substantial operating cost savings. By combining the functions of a recirculating chiller and a rotary evaporator in the same compact body, you save precious lab space and eliminate messy tubing and leaks.

DOWNLOAD THE CASE STUDY PDF
Improving Rotary Evaporator
Efficiency & Sustainability

See how a University of Oxford lab realized 50% energy savings, cut run times in half, and eliminated coolant waste.

Available In Two Models

The models are otherwise identical: both have our patented direct cooling technology, the same compact footprint, and provide approximately 60% energy savings vs. traditional rotary evaporator plus recirculating chiller setups.

1H Turbo

Touchscreen display
All features controlled on touchscreen
Built-in Vacuum Controller
Built-in condenser cools to -20°C in a minute
Automatic lift
Ergonomic, eye-level touchscreen display
Long-lasting brushless DC lift & rotation motors

1H Performance

The features of 1H Turbo plus:

Eye level for effortless control and monitoring of features
Lift physical buttons for faster and smoother lift speed
Double storage (memory) capacity
Condenser Idle Auto Shutdown – auto OFF after 15 or 30 minutes of idle
Heating Bath Idle Auto Shutdown – auto OFF after 30 or 60 minutes of idle
A motor protective shroud to cover and protect the rotary motor

REQUEST A QUOTE

## Features

Small footprint
Smart self-cooling condenser with chemically resistant coils and a huge surface area
Condenser is always available and eliminates recirculating chiller, antifreeze, dry ice, and water
Faster rates of evaporation than traditional rotary evaporators
No associated operational expenses
Pays for itself within three to five years
Eco-friendly energy efficiency
Digital display of rotation speed, cooling and heating temperatures enables optimal control of all distillation procedures
Remote function enables data transmission and PC control
Automatic motor lift transports the evaporating flask to a secured position in the event of power failure
Overheating protection temperature at 220 °C
Ejection mechanism makes it easy to remove the evaporating flask
Water/oil heating mode can be altered only through a switch
Highly chemical-resistant double stainless steel spring sealing ring sealed with PTFE offers a superior sealing performance

## Specifications

230V, 50/60Hz

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.

## For More Information
Ecodyst is offering the Modern rotary evaporator system to laboratories around the world. If you would like more information about the all-in-one rotovap system, see our product brochure and overview using the links below.
You can also use our EcoChyll X1 to upgrade your current rotary evaporator with our patented self-cooling technology.
For any information on other rotary evaporator systems in the Ecodyst product line, simply contact a member of the team.

## Download More Information

TECHNICAL INFORMATION

MODERN ROTARY EVAPORATOROPERATING MANUAL

## You May Also Be Interested In

EcoChyll X1
The EcoChyll S is a benchtop unit that eliminates dry ice and recirculating chillers with Ecodyst’s powerful chilling technology.

12L EcoChyll X3
The 12L is our most compact standing floor system to feature Ecodyst’s innovative and efficient stationary flask design.


---

---
title: "Advanced Distillery Equipment"
canonical: "https://ecodyst.com/advanced-distillery-equipment/"
lastmod: "2026-04-18T18:28:56+00:00"
generator: "llm-mirrors/1.0.23"
---

# ADVANCED DISTILLERY EQUIPMENT

★ World’s First True Hybrid Distillation System

The world’s first fully integrated, high-efficiency electric heating & cooling system for vacuum and atmospheric distillation — no boilers, no chillers, no compromise

The Industry Challenge – Your Current Setup Is Costing You More Than You Think

🔥Steam Boiler Inefficiency
Steam-based heating systems waste 30–40% of their energy before it ever reaches your still. Add in boiler rooms, steam lines, condensate traps, venting, and constant maintenance — and costs compound fast.

💧Water-Wasting Chillers
Traditional water-cooled condensers consume thousands of gallons per day. Open-loop systems drain your utility budget; closed-loop glycol chillers demand constant fluid management and pump maintenance.

⏱️Downtime Kills Production
Boilers require regular inspections, descaling, and pressure certifications. Chillers break down. Every hour of unplanned downtime means lost batches and revenue — especially during peak production runs.

🔧Infrastructure Complexity
Multiple systems — boilers, chillers, pumps, tanks, plumbing — each requiring separate vendors, permits, and technicians. This complexity raises overhead, slows expansions, and limits where you can operate.

One System
Complete Thermal Control

Ecodyst delivers the world’s first fully electric, fully integrated heating and cooling distillation platform. Two breakthrough technologies — a 99% efficient direct heating mantle and a waterless direct cooling condenser — work together as a single, intelligent closed-loop system.

🔥 Direct Heating Mantle
Advanced electric heating technology that wraps your still for even, precise heat distribution — no boilers, no steam, no flames.
✓ 95–99% heating efficiency
✓ Fast heat-up: 30–40 minutes
✓ Even heat distribution — prevents scorching
✓ No boiler room, no steam lines, no permits
✓ Zero maintenance heating
✓ 365/24/7 continuous operation

❄ Direct Cooling Condenser
Refrigeration-based technology that cools condenser surfaces directly — no water loops, no glycol, no chiller infrastructure.
✓ Zero water consumption
✓ Closed-loop rapid condensation
✓ Intelligently adjusts to vapor temperature
✓ No coolant fluids to manage
✓ Compact — no separate chiller unit needed
✓ Safe for distillery & cleanroom environments

DOWNLOAD THE BROCHURE
Ecodyst vs. Traditional Systems
Head-to-Head Comparison

Feature

Ecodyst System

Steam Boiler Setup

Chiller + Glycol

Heating Efficiency
✅ 95–99%
❌ 60–70%
❌ High heat loss

Cooling Method
✅ Dry, direct refrigeration
❌ Water-cooled
❌ Water + glycol waste

Daily Water Usage
✅ 0 gallons
❌ High (steam system)
❌ 1,000s gal/day

Maintenance Required
✅ None / Minimal
❌ High — frequent
❌ Frequent fluid changes

System Uptime
✅ 24/7/365
❌ Regular downtime
❌ High maintenance breaks

Installation Time
✅ Fast — days
❌ Weeks to months
❌ Complex plumbing

Scorching Risk
✅ Low
❌ Medium–High
❌ N/A

IoT / Digital Monitoring
✅ Full IoT controls
❌ None
❌ Partial

Regulatory Burden
✅ Low — no pressure systems
❌ Boiler certificates required
❌ Fluid disposal compliance

Retrofit Friendly
✅ High — works with existing stills
❌ Low
❌ Medium

Ready to Upgrade Your Distillery?

Our team of distillation technology experts is ready to help you find the right Ecodyst system for your operation — whether you’re a startup craft distillery or scaling to commercial production. We offer custom quotes, site consultations, and full installation support.

REQUEST A QUOTE
## You May Also Be Interested In

EcoChyll X1
The EcoChyll S is a benchtop unit that eliminates dry ice and recirculating chillers with Ecodyst’s powerful chilling technology.

12L EcoChyll X3
The 12L is our most compact standing floor system to feature Ecodyst’s innovative and efficient stationary flask design.

## Features

Small footprint
Smart self-cooling condenser with chemically resistant coils and a huge surface area
Condenser is always available and eliminates recirculating chiller, antifreeze, dry ice, and water
Faster rates of evaporation than traditional rotary evaporators
No associated operational expenses
Pays for itself within three to five years
Eco-friendly energy efficiency
Digital display of rotation speed, cooling and heating temperatures enables optimal control of all distillation procedures
Remote function enables data transmission and PC control
Automatic motor lift transports the evaporating flask to a secured position in the event of power failure
Overheating protection temperature at 220 °C
Ejection mechanism makes it easy to remove the evaporating flask
Water/oil heating mode can be altered only through a switch
Highly chemical-resistant double stainless steel spring sealing ring sealed with PTFE offers a superior sealing performance

## Specifications

230V, 50/60Hz

## Training and Service

We are committed to the highest levels of service before, during, and after a sale.
We are available at normal business hours in Eastern Standard Time to help diagnose, solve, and if necessary, overnight replacement parts to you. Our first priority is that you never experience any downtime.


---

---
title: "Large-Scale / Industrial Rotovaps"
canonical: "https://ecodyst.com/large-scale-industrial-rotovaps/"
lastmod: "2022-09-20T13:33:05+00:00"
generator: "llm-mirrors/1.0.23"
---

Large-Scale / Industrial Rotovaps

Modern & Powerful Rotary Evaporators For Industrial Scale Operations

Have you used an “industrial” scale rotary evaporator before? If you have, we bet you can relate to a few things:
1. The size of the equipment feels industrial, but the capacity does not. (Whose marketing department decided to call it a “50 liter” system when it can only hold 25?)
2. The time it takes to start up the system is so long that you have to plan it into your workflow.
3. You cautiously hold your breath every time you need to handle that evaporation flask, which you do every run because you need to remove the residue from the flask.
4. The chillers can struggle to keep up, or don’t get cold enough for you to get great recovery rates.
5. They use a huge amount of electricity.
Large-scale rotary evaporators are just scaled-up versions of smaller benchtop rotovaps, with the same problems benchtop rotovaps have plus more due to the scaled up size. Why can’t you have an industrial rotary evaporator without any of these problems?
You can, because now you can have an EcoChyll.
Take me to the Systems
We completely rethought what an industrial rotary evaporator should be, introducing a number of major improvements:

1. The EcoChyll eliminates the recirculating chiller, replacing it with a cooling system which feeds refrigerant directly from a compressor to the condenser’s cooling coil. This leads to a vastly lower pull-down time, over 95% faster than a recirculating chiller. It maintains temperature far more easily, improving recovery and protecting your vacuum pump. It does this while using less than a quarter of the electricity of a comparable recirculating chiller, which is the most electricity-intensive component of a rotary evaporator setup.

2. The EcoChyll uses a stirred upright flask instead of a rotating flask. This likewise uses much less electricity while allowing us to put a drain on the flask. Run over? Need to get your residue from the flask? Simple – just open a valve. No more handling a giant, fragile flask all the time. Ever have a rotation motor or flask lift give up on you? You would need to call a service technician. On an EcoChyll, there is no lift motor and if the overhead stirrer ever breaks, you can replace it very easily, helping you extend the functional life of your unit with minimal cost and maintenance. Perhaps most importantly: you can use the true, full-flask volume! A 50-liter system actually allows you to do 50 liter runs (and we have systems up to 200 liters).

3. The EcoChyll evaporation systems heat the flask using a large heating mantle instead of a water or oil-filled bath. This direct contact with the heating source is more efficient, saving electricity and providing faster warm-up times.

What does all this mean for you?

Faster processing, with recovery rates of up to 100 liters per hour (for the 200 L EcoChyll X9).
Energy savings of approximately 80% compared to traditional rotary evaporators (on a per-liter-evaporated basis).
Less glassware handling, and therefore less possibility for breakage.

12l EcoChyll x3

20l EcoChyll x3

22l EcoChyll X5

50l EcoChyll X5

22l EcoChylL X7

50l EcoChylL X7

72l EcoChyll X7

100l EcoChyll X7

200l EcoChyll X9


---

---
title: "Small Benchtop Rotovaps"
canonical: "https://ecodyst.com/small-benchtop-rotovaps/"
lastmod: "2022-08-22T17:41:10+00:00"
generator: "llm-mirrors/1.0.23"
---

Small Benchtop Rotovaps

Highly-Efficient Rotary Evaporators For Budget Constrained Users

Ecodyst rotary evaporators are the fastest and most efficient rotary evaporation systems laboratories have ever seen. With our direct cooling technology, we are able to provide evaporation systems which have extremely fast start-up times while using a fraction of the electricity of traditional rotary evaporators.

-40°C cooling of the condenser within one minute
No coolant liquid to change
No separate recirculating chiller unit
50%+ electricity savings
Start your run in 90% less time

Hydrogen

The most efficient benchtop rotary evaporator ever built, delivered in the most compact package.

EcoChyll X1

Bye bye to recirculating chillers. Pair any benchtop rotary evaporator with an EcoChyll X1 for higher recovery rates, lower electricity usage, and faster start-up times.

How is Ecodyst different?

Rotary evaporators didn’t change much from their invention in 1957 up until the creation of the Ecochyll. Cooling a condenser meant either using dry ice, and therefore a lot of handling of a very fragile and expensive piece of glassware, or using a recirculating chiller. As just about all users of rotary evaporators know, the chiller is almost always the rate-limiting factor in the startup of the system. What you might not know is that they usually use significantly more electricity than the rest of the system – the rotovap itself and the vacuum pump – combined.
Recirculating chillers are so energy intensive because they are very inefficient. A compressed gas (the refrigerant) is cycled through a compressor used to cool a coolant liquid (the liquid you put in the reservoir of the chiller), and then that liquid is circulated to the condenser of the rotary evaporator. There are two major inefficiencies here:

The heat exchange between the refrigerant and the coolant is far from perfect, and only gets less efficient as the coolant liquid cools.
The volume of the coolant liquid is comparatively very large, meaning the chiller has to remove a lot of heat before the liquid is cool enough to start the run.

What Ecodyst has done is created a rotary evaporator where the refrigerant is pumped directly through the rotovap’s condenser. This eliminates both of these inefficiencies, creating a system with a very low energy consumption and extremely fast pull-down time. You can start your run in a handful of minutes, and feel good about conserving electricity in the process.


---

---
title: "Our Mission"
canonical: "https://ecodyst.com/our-mission/"
lastmod: "2025-09-10T04:39:36+00:00"
generator: "llm-mirrors/1.0.23"
---

About Ecodyst

The Modern Rotary Evaporator

Designed for Scientists by Scientists™

Our Mission
Is to continue to modernize the rotary evaporator by developing the most effective and sought-after products on the market today.

VIEW OUR PRODUCT LINE

How We Do It
Ecodyst is the innovative creator of the next generation of rotary evaporators.
Our proprietary self-cooling technology has revolutionized the rotary evaporator to increase efficiency and output while reducing the operational costs, footprint, and labor requirements. This disruptive technology will ultimately set new standards worldwide for scientific instruments.
Our product line has a wide range of models, including benchtop systems for discovery chemistry and industrial models for process chemistry and commercial applications.

Why We Are Different
We pride ourselves on our dedication to breakthrough improvement.
Breakthrough improvement is defined as “improvement that drastically increases customer results and satisfaction.”
Until Ecodyst, the rotary evaporator market had been operating on an incremental improvement model, using the same fundamental design for the last sixty years.
Our innovations are based in our own personal experience with frustrating rotary evaporator designs. Each Ecodyst system is built with a commitment to radical improvement and solid craftsmanship.

In Good Company
We are proud of the companies we are able to serve. You can read what some of our customers say about us here.

PreviousNext


---

---
title: "Our Customers"
canonical: "https://ecodyst.com/our-customers/"
lastmod: "2025-03-18T14:17:29+00:00"
generator: "llm-mirrors/1.0.23"
---

Our Customers

Our customers are at the heart of everything we do, and we are committed to ensuring your satisfaction with our products and services. We have customers from Academic and Governmental institutions, Pharmaceutical, Biotechnology, Cannabis and Restuarant industries.

Pharmaceutical Industry

Academia

Government

Cannabis

Others

Ecodyst® is the innovative leader and creator of the next generation of rotary evaporators used by chemists and researchers in laboratories and commercial settings.

Apex, North Carolina
Sales rep: (919) 698-0408

Tech support: (919) 812-7382

Parts Orders: (919) 717-4061
info@ecodyst.com


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What our customers have to say about our products

Ecodyst® is the innovative leader and creator of the next generation of rotary evaporators used by chemists and researchers in laboratories and commercial settings. Using a proprietary and innovative self-cooling technology, Ecodyst has revolutionized the rotovap to be more efficient, to have a smaller footprint, to have greater output, and to be less costly to operate as compared with traditional methods. This disruptive technology will ultimately set new standards worldwide for scientific instruments.

“My laboratory in the Department of Chemistry at UC Berkeley has been happy to acquire two EcoChyll in 2016 and 2017, and we have been thoroughly impressed with the system’s performance. We have found the EcoChyll system to provide superior performance in terms of cooling. Our ability to control the temperature of the cold finger is critical. This has prevented the freezing of condensing solvents, which reduces efficiency. An aspect that we especially like is that the EcoChyll can be used during holidays/weekends when dry ice (for cooling purposes) is not delivered to our department.”
Richmond Sarpong, Ph.D.
Professor of Chemistry, UC Berkeley

“EcoChyll has been a great addition to our laboratory.  We have been beyond satisfied with how much more efficiently and faster we can evaporate solvents using EcoChyll, and the fact that we don’t have to deal with the hassle of having a reliable and continuous source of dry ice, specially during the holidays.  Additionally, we have been more than happy with the level and quality of customer service that we have received from Ecodyst!”
Dr. Yasamin Moazami
Postdoctoral Fellow, NC State University

“Replacing our dry ice/isopropanol condenser for the EcoChyll has made rotovapping much more convenient — we can leave the rotovap without having to worry about the condenser warming up.”
Dr. Kevin Kou
Postdoctoral Fellow, UC Berkeley

“Not only the best rotary evaporation unit in the cosmos, best customer service of any product I have purchased!”
James Hurlston
CEO of WNC Purifications

“The Ecodyst system (50L EcoChyll X7) allows us to continuously evaporate ethanol during production, with minimal handling due to the inventive drip-feed mechanic. The bottom discharge port and simple operation of the system make it easy to work with during day-to-day operations.”
Ties Van de Laar
PhD, Senior Researcher, Becanex GmbH

“I know I’m not the first to say this but our addition of the X7 was one of best pieces of equipment I’ve purchased in years. It runs circles around two 100L units from one of the leading companies in the industry and it’s the 72L unit. It’s refreshing to buy a piece of equipment that actually performs as advertised.”
Jack Tatum
CEO of Isolera Extracts

“We recently retrofitted one of our existing rotovaps with the Ecochyll X1 chiller unit and are very happy with its performance. A simple flip of the switch and the chiller is ready to go in minutes. It’s great to be free from the hassles of dry ice – no more constant refilling of the trap during solvent collection. So far it has worked well with all typical solvents with no noticeable solvent pass through. Convenient temperature control also allows for removal of water without excessive frost buildup. Thanks to George and the team at Ecodyst for putting together a great product!”
Chris MacNevin
VP of Operations, NIRvana Sciences

“I’ve been using Ecodyst’s 50 Liter EcoChyll unit for over 2 years now and couldn’t imagine life in the lab without it. The advantages it offers over traditional rotary evaporators is truly something special. The condenser coils reach temperature (and hold!) in only 30 seconds cutting down warm up times by about an hour, and the discharge valve not only saves time and energy by not having to pour out of a 50-liter flask, but also allows for Clean In Place (CIP) processes saving even more time and energy that is usually attributed to non-production overhead. We have 2 100 Liter units on the way and I’m never going back to the rotovaps of old.”
Drew Ford
Chief Scientific Officer, Starling Brands and Kase Manufacturing

“The [EcoChyll] interface was simple and intuitive, and it was very easy to use. I was surprised at how quickly it reached -40 degrees. It’s clearly a better alternative to using dry ice!”
Fritz Seidi
Graduate Student, Stanford University


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Ecodyst’s Impact on Academia

Transforming Solvent Recovery and Concentration in Academic Research

Ecodyst is a pioneering company in the field of eco-friendly laboratory equipment, catering to both the pharmaceutical industry and academic research. The company’s flagship product, the EcoChyll rotary evaporator, has significantly transformed the processes of solvent recovery and distillation. Traditional rotary evaporators rely heavily on continuous supplies of coolant, such as water or dry ice. This dependence often results in substantial resource consumption, increased operational costs, and considerable environmental impacts due to the extraction and transport of these cooling agents. Furthermore, the reliance on dry ice poses risks of production disruptions due to supply chain challenges and shortages.
Ecodyst addresses these issues through its innovative self-cooling technology. The EcoChyll system eliminates the need for external cooling agents, thereby offering a more sustainable and cost-effective solution. This self-cooling mechanism not only reduces operational costs but also enhances the efficiency of solvent recovery, which is critical for the purification and concentration of chemical compounds in academic research. By minimizing the environmental footprint, Ecodyst supports academic institutions in meeting stringent environmental regulations and sustainability goals.
The robust and reliable nature of Ecodyst’s equipment ensures consistent performance, crucial for maintaining high standards of quality and safety in academic research. The company’s technology enables faster evaporation rates, higher processing speeds, and significant reductions in resource consumption, making it an ideal choice for academic laboratories. The EcoChyll system’s efficiency helps in accelerating research timelines, allowing academic researchers to conduct experiments more rapidly and cost-effectively.
Ecodyst’s contribution to academic research lies in its ability to provide eco-friendly, efficient, and reliable solutions for solvent recovery and distillation. This supports sustainable practices and enhances the operational capabilities of academic laboratories, ultimately contributing to more effective and environmentally responsible research.

Frequently Asked Questions and Answers

Functionality and Applications
Que: How does the EcoChyll system facilitate solvent recovery and concentration in academic research? Ans: The EcoChyll system uses innovative self-cooling technology to efficiently condense and recover solvents during the evaporation process. This technology ensures consistent and rapid solvent recovery, leading to higher purity and concentration of research compounds, while reducing manual intervention and errors, thereby streamlining academic research processes.

Que: What specific applications within academic research can benefit most from the EcoChyll technology? Ans: The EcoChyll technology is particularly beneficial in chemical and pharmaceutical research, formulation of new compounds, and production of herbal extracts and natural products. Its efficiency and sustainability make it ideal for any process requiring effective solvent evaporation and recovery, enhancing the capabilities of academic laboratories.

Performance and Efficiency
Que: What are the key performance metrics of the EcoChyll system in terms of throughput and energy efficiency in academic research? Ans: The key performance metrics of the EcoChyll system in academic research include significantly higher throughput and enhanced energy efficiency. The system’s self-cooling technology allows for faster evaporation rates, increasing processing speeds and productivity. By eliminating the need for traditional cooling methods such as dry ice and water, the EcoChyll system reduces resource consumption and operational interruptions related to replenishing these materials. Additionally, our energy-efficient design lowers power consumption, further reducing operational costs and minimizing the environmental footprint.

Que: How does the EcoChyll system compare to traditional methods in terms of solvent recovery and concentration speed in academic research? Ans: The EcoChyll system surpasses traditional methods in terms of solvent recovery and concentration speed. Its innovative self-cooling technology allows for more rapid and efficient solvent condensation, resulting in quicker recovery and higher concentration of solvents. This efficiency reduces overall processing times, increases productivity, and ensures consistent performance, making it superior to conventional rotary evaporators.

Que: What are the typical cost savings associated with using the EcoChyll system in academic research? Ans: In academic research, the EcoChyll system offers significant cost savings by eliminating the need for consumable cooling materials (such as water and dry ice) and reducing energy usage. The system’s efficiency leads to lower operational costs and decreased resource consumption. Additionally, the increased throughput and reduced processing times contribute to overall cost efficiency, making EcoChyll a highly economical solution for solvent recovery in academic laboratories.

Regulatory and Compliance
Que: How does the EcoChyll system ensure compliance with safety and quality standards in academic research? Ans: The EcoChyll system ensures compliance with safety and quality standards by adhering to rigorous certifications and industry standards. It is NRTL-certified for US, Canada, and EU regulations, conforming to UL standards 61010-1 and 61010-2-011, as well as CSA standards C22.2 #61010-1 and 61010-2-011. These certifications indicate that the system meets essential safety requirements for laboratory and industrial settings, ensuring it operates safely and effectively within academic research environments.

Integration and Implementation
Que: How easy is it to integrate the EcoChyll system into existing academic research processes? Ans: The EcoChyll system is designed for seamless integration into existing academic research processes. Its modular construction and compatibility with industry standards facilitate a straightforward integration process, minimizing downtime and optimizing workflow efficiency.

Que: What support or training is provided to researchers for implementing and maintaining the EcoChyll system? Ans: Researchers receive comprehensive training from Ecodyst’s experienced professionals to effectively implement and maintain the EcoChyll system. This training covers all operational aspects, including troubleshooting and routine maintenance, ensuring researchers are well-equipped to handle day-to-day operations confidently.

Que: Are there specific requirements or considerations for the installation and operation of the EcoChyll system in academic research facilities? Ans: Installation and operation of the EcoChyll system in academic research facilities are tailored to meet stringent regulatory requirements and industry standards. Ecodyst provides guidance on facility layout optimization, compatibility with existing equipment, and adherence to good laboratory practices (GLP) principles to ensure safe and efficient operation within academic research environments.

Environmental and Sustainability Impact
Que: How does the EcoChyll system contribute to sustainability goals within academic research? Ans: The EcoChyll system significantly contributes to sustainability in academic research by reducing environmental impact in several ways. It minimizes solvent usage through efficient evaporation processes, lowers energy consumption compared to traditional methods, and reduces overall carbon footprint. Moreover, by eliminating the need for dry ice, the system enhances workplace safety and decreases the associated hazards and carbon footprint of transporting and handling dry ice.

User Experience and Support
Que: What feedback have users in academic research provided about their experience with the EcoChyll system? Ans: Users in academic research have reported positive experiences with the EcoChyll system, noting its reliability in enhancing process efficiency and maintaining research quality. They appreciate its user-friendly design, seamless integration into existing workflows, and the support provided by Ecodyst throughout implementation and ongoing operation.

Que: What support and service options are available for users of the EcoChyll system in academic research? Ans: Ecodyst offers comprehensive support and service options tailored for academic users of the EcoChyll system. These include technical assistance, maintenance services, and access to training programs designed to optimize system performance and ensure operational continuity.

Our Products

ECOCHYLL X1

HYDROGEN PERFORMANCE


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Food & Beverage

Revolutionizing Solvent Recovery and Concentration in the Food and Beverage Industry

Traditional methods of solvent recovery and concentration in the food and beverage industry often rely on heating techniques that can compromise product integrity. Conventional rotary evaporators, for instance, utilize water baths or oil baths for heating, which may reach high temperatures detrimental to delicate flavors and aromas. This poses significant challenges in maintaining product quality and consistency.
At Ecodyst, we’ve reimagined solvent recovery and concentration with our innovative EcoChyll systems. Utilizing advanced cooling technology, our EcoChyll systems operate at lower temperatures compared to traditional rotary evaporators. This ensures gentle evaporation and minimizes thermal degradation of heat-sensitive compounds, preserving the full spectrum of flavors and aromas crucial in food and beverage production.
Our systems are designed for efficiency and reliability, offering faster processing times and superior energy efficiency. With intuitive automation and precise temperature control, the EcoChyll systems empower food and beverage manufacturers to achieve optimal results with minimal operational complexity.
Join leading food and beverage producers who trust Ecodyst for sustainable and high-performance solutions in solvent recovery and concentration. Elevate your production standards with EcoChyll, where innovation meets excellence in preserving the essence of your products.

DOWNLOAD OUR BROCHURE FOR THE BEVERAGE INDUSTRY
Frequently Asked Questions and Answers

Functionality and Applications

How does the EcoChyll system facilitate solvent recovery and concentration in food and beverage processing? The EcoChyll system facilitates solvent recovery and concentration by employing advanced rotary evaporation technology. It efficiently evaporates solvents from food and beverage extracts or solutions, allowing for their reuse and reducing operational costs.

What specific applications within the food and beverage industries can benefit most from the EcoChyll technology? It is particularly beneficial in extracting and concentrating flavors, aromas, and active compounds from botanicals, herbs, and fruits used in beverage production. In the food industry, it can concentrate extracts for flavoring, colorants, and other additives.

Performance and Efficiency

What are the key performance metrics of the EcoChyll system in terms of throughput and energy efficiency? The EcoChyll system boasts high throughput capabilities and energy efficiency. It can significantly reduce processing times compared to traditional methods, thereby increasing productivity.

How does the EcoChyll system compare to traditional methods in terms of solvent recovery and concentration speed? It outperforms traditional methods in terms of speed and efficiency due to its advanced technology and automation features.

What are the typical cost savings associated with using the EcoChyll system in food and beverage processing? Users typically experience substantial cost savings in solvent usage and energy consumption, contributing to overall operational efficiency.

Regulatory and Compliance
How does the EcoChyll system ensure compliance with food safety and regulatory standards? The EcoChyll system is designed to meet food safety and regulatory standards. It utilizes materials and components that are compliant with relevant regulations to ensure product safety and integrity.
Are there any certifications or validations that the EcoChyll system has obtained for use in food and beverage applications? Depending on the region and application, the system may have certifications or validations ensuring its suitability for use in food and beverage processing

Integration and Implementation

How easy is it to integrate the EcoChyll system into existing food and beverage production processes? Integrating the EcoChyll system into existing food and beverage production processes is generally straightforward. It is designed to be user-friendly, with intuitive controls and interfaces.

What support or training is provided to operators for implementing and maintaining the EcoChyll system? Manufacturers typically provide comprehensive support and training to assist with installation, operation, and maintenance. This ensures smooth integration and optimal performance over time.

Are there specific requirements or considerations for installation and operation of the EcoChyll system in food and beverage facilities? While specific requirements may vary, installation typically involves considerations such as space, power supply, and ventilation to ensure optimal operation.

Environmental and Sustainability Impact

How does the EcoChyll system contribute to sustainability goals within the food and beverage industries? The EcoChyll system contributes to sustainability goals by reducing solvent waste and energy consumption. It promotes environmentally friendly practices by minimizing emissions associated with solvent recovery.

Has there been any assessment of the environmental footprint of the EcoChyll system compared to traditional methods? Studies and comparisons indicate that the EcoChyll system has a lower environmental footprint compared to traditional solvent recovery methods, aligning with corporate sustainability initiatives.

User Experience and Support

What feedback have users in the food and beverage industries provided about their experience with the EcoChyll system? Users in the food and beverage industries have reported positive experiences with the EcoChyll system, highlighting its reliability, efficiency, and contribution to product quality.

What support and service options are available for users of the EcoChyll system in the food and beverage sectors? Ecodyst offers robust support and service options, including technical assistance, troubleshooting, and maintenance programs. This ensures ongoing reliability and performance for users in demanding production environments.

Our Products

HYDROGEN WORKHORSE

HYDROGEN PERFORMANCE

50L Ecochyll X7


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Ecodyst®
Apex, North Carolina
Sales rep: (919) 698-0408
Tech support: (919) 812-7382
Parts Orders: (919) 717-4061
info@ecodyst.com
Contact our team today. We’ll get right back to you!

Ecodyst® is the innovative leader and creator of the next generation of rotary evaporators used by chemists and researchers in laboratories and commercial settings.

Apex, North Carolina
Sales rep: (919) 698-0408

Tech support: (919) 812-7382

Parts Orders: (919) 717-4061
info@ecodyst.com


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Ordering Information

Are you interested in purchasing any of our products or a part for your rotary evaporator? Follow the guide below to ensure a seamless ordering process.

For questions and orders on our EcoChyll models, kindly email us via info@ecodyst.com or contact our sales department at 919-698-0408.
For all parts orders, email us via info@ecodyst.com or contact us on 919- 717-4061.
When ordering, include the following information:

Product Details:

Product/Part Name
SKU/Part Number

Order Quantity:

Specify the quantity of the Product you wish to purchase

Contact Information:

Full Name
Company Name
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Billing and Shipping Address

Please provide the full billing shipping address including postal code/ZIP code

Payment Method:

Include your preferred payment methods. We accept Credit Card payments, Bank transfers and PayPal.

Special Instructions, if any

Include any specific delivery instructions or additional information here

Order Confirmation:

Once your order is received, we will send a confirmation email with details of your order and payment instructions.

Delivery Timeframe:

Estimated delivery time will be communicated upon order confirmation.

Additional Information:

For any queries regarding the Product or the ordering process, please contact us at 919- 717-4061.

Kindly note that, all products or parts will be shipped ONLY after payments are made.
Thank you for choosing Ecodyst Inc.! We look forward to fulfilling your order promptly


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Accelerating Organic Synthesis R&D at
North Carolina State University

North Carolina State Dumps Their Dry Ice for the EcoChyll X1

The Vincent Lindsay lab at NC State develops new catalytic modes of activation of small molecules to accelerate the synthesis of biologically relevant organic compounds. In 2021, they received a $1.8 million grant from the National Institutes of Health to investigate the chemistry of cyclopropanones, a class of highly reactive chemicals that can be employed as starting materials for a range of biologically active compounds. As would be expected for a lab performing a lot of organic synthesis, they also perform a lot of evaporative separations, which means their lab is stocked with rotary evaporators.
A lot of rotary evaporators has meant a lot of dry ice and a few recirculating chillers, neither of which were optimal solutions. See what Dr. Lindsay has to say about replacing them with the EcoChyll X1 – and why he was so happy with the X1 he bought three!

DOWNLOAD WHITE PAPER

Download The Case Study Now


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Oxford Data Demonstrates More Efficient Rotary Evaporation

Ecodyst Hydrogen Proven To Be A More Efficient Rotary Evaporator By A University of Oxford Lab

Scientists performing rotary evaporation have had to choose between two undesirable options: either use a slow, inefficient recirculating chiller or be at the mercy of a dry ice supply which is inconvenient to store and handle.
The Ecodyst Hydrogen is breaking that dichotomy, allowing scientists to achieve run times 50% shorter with 50% less energy usage. Don’t just take our word for it, though. A University of Oxford lab put it to the test against a system from the largest rotary evaporator manufacturer. We present you with their data exactly as it was presented to us. Download the paper and see not only their data, but what makes recirculating chillers so inefficient and how we made Hydrogen the smallest, fastest, most efficient complete rotary evaporation system on the market

DOWNLOAD WHITE PAPER

Download The White Paper Now


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Who we are
Ecodyst (referred to subsequently as “we”, “our” and “us”) respects your privacy and we do not collect your data beyond what is needed to deliver the best service to you.

Comments

When visitors leave comments on the site we collect the data shown in the comments form, and also the visitor’s IP address and browser user agent string to help spam detection.

An anonymized string created from your email address (also called a hash) may be provided to the Gravatar service to see if you are using it. The Gravatar service privacy policy is available here: https://automattic.com/privacy/. After approval of your comment, your profile picture is visible to the public in the context of your comment.

Contact Forms

When visitors send us personal information like name, email, address, and phone number via contact forms we use it for customer service purposes.

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If you leave a comment on our site you may opt-in to saving your name, email address and website in cookies. These are for your convenience so that you do not have to fill in your details again when you leave another comment. These cookies will last for one year.

If you visit our login page, we will set a temporary cookie to determine if your browser accepts cookies. This cookie contains no personal data and is discarded when you close your browser.

When you log in, we will also set up several cookies to save your login information and your screen display choices. Login cookies last for two days, and screen options cookies last for a year. If you select “Remember Me”, your login will persist for two weeks. If you log out of your account, the login cookies will be removed.

If you edit or publish an article, an additional cookie will be saved in your browser. This cookie includes no personal data and simply indicates the post ID of the article you just edited. It expires after 1 day.

WooCommerce

We collect information about you during the checkout process on our store.

What we collect and store

We use cookies to keep track of cart contents while you’re browsing our site. When you purchase from us, we’ll ask you to provide information including your name, billing address, shipping address, email address, phone number, credit card/payment details and optional account information like username and password.

We’ll use this information for purposes, such as, to:
Send you information about your account and order
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If you create an account, we will store your name, address, email and phone number, which will be used to populate the checkout for future orders.

We generally store information about you for as long as we need the information for the purposes for which we collect and use it, and we are not legally required to continue to keep it. For example, we will store order information for indefinitely for tax and accounting purposes. This includes your name, email address and billing and shipping addresses.
We will also store comments or reviews, if you choose to leave them.

Who on our team has access

Members of our team have access to the information you provide us. For example, both Administrators and Shop Managers can access:
Order information like what was purchased, when it was purchased and where it should be sent, and
Customer information like your name, email address, and billing and shipping information.
Our team members have access to this information to help fulfil orders, process refunds and support you.

What we share with others

We share information with third parties who help us provide our orders and store services to you. They include Stripe, ****Shipping Provider****

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We accept payments through Stripe. When processing payments, some of your data will be passed to Stripe, including information required to process or support the payment, such as the purchase total and billing information.
Please see the Stripe Privacy Policy for more details.

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Articles and pages on this site may include embedded content (e.g. videos, images, articles, etc.). Embedded content from other websites behaves in the exact same way as if the visitor has visited the other website.

These websites may collect data about you, use cookies, embed additional third-party tracking, and monitor your interaction with that embedded content, including tracking your interaction with the embedded content if you have an account and are logged in to that website.

Who we share your data with

If you request a password reset, your IP address will be included in the reset email.

How long we retain your data

If you leave a comment, the comment and its metadata are retained indefinitely. This is so we can recognize and approve any follow-up comments automatically instead of holding them in a moderation queue.
If you send us information via contact forms, we retain your information indefinitely. This is for customer service purposes.
For users that register on our website (if any), we also store the personal information they provide in their user profile. All users can see, edit, or delete their personal information at any time (except they cannot change their username). Website administrators can also see and edit that information.

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If you have an account on this site, or have left comments, you can request to receive an exported file of the personal data we hold about you, including any data you have provided to us. You can also request that we erase any personal data we hold about you. This does not include any data we are obliged to keep for administrative, legal, or security purposes.

Where we send your data

Visitor comments may be checked through an automated spam detection service.


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Brochures & Manuals

Specific information about our products in the form of brochures, operational diagrams and complete operating manuals can be found and downloaded here.

Download General Information

ECOHYLL X SERIES OPERATIONAL DIAGRAM
LABORATORY & INDUSTRIAL BROCHURE
ALL PRODUCTS OPERATING MANUAL
ALL PRODUCTS BROCHURE
CANNABIS INDUSTRY BROCHURE

Download Product Specific Information

EcoChyll X1

ECOCHYLL X1 BROCHURE
EcoChyll X3

ECOCHYLL X3 BROCHURE
EcoChyll X5

ECOCHYLL X5 BROCHURE
EcoChyll X7

ECOCHYLL X7 BROCHURE
EcoChyll X9

ECOCHYLL X9 BROCHURE
Hydrogen

HYDROGEN BROCHURE

HYDROGEN TECHNICAL INFORMATION


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Brochures & Manuals

General information about our products in the form of brochures, operational diagrams and complete operating manuals can be found and downloaded here.

Download General Information

ECOHYLL X SERIES OPERATIONAL DIAGRAM
LABORATORY & INDUSTRIAL BROCHURE
ALL PRODUCTS OPERATING MANUAL
CANNABIS INDUSTRY BROCHURE
ALL PRODUCTS BROCHURE

Download Product Specific Information

EcoChyll X1

ECOCHYLL X1 BROCHURE
EcoChyll X3

ECOCHYLL X3 BROCHURE
EcoChyll X5

ECOCHYLL X5 BROCHURE
EcoChyll X7

ECOCHYLL X7 BROCHURE
EcoChyll X9

ECOCHYLL X9 BROCHURE
Hydrogen

HYDROGEN BROCHURE

HYDROGEN TECHNICAL INFORMATION


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Product Videos

Video: https://www.youtube.com/embed/ozaZgBoZP9s
EcoChyll X1 & Hydrogen at NC State University

Video: https://www.youtube.com/embed/9NLIpUgBNlg
EcoChyll Rotovap

Video: https://www.youtube.com/embed/U--nhS2-dSE
New Generation Rotary Evaporator

Video: https://www.youtube.com/embed/WMBbp7XElEg
Ecodyst EcoChyll Solvent Recovery Technology

Video: https://www.youtube.com/embed/UNYGRaBddh8
Rotary Evaporation of Pepper Aroma Using EcoChyll.

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Asheville North Carolina

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Happy Valentine's Day from #TeamEcodyst!

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EcoChyll X7 72L

Video: https://www.youtube.com/embed/6BLGpoyuTEQ
The Ecochyll X7 by Ecodyst - Solvent Recovery System

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How to set up EcoChyll S®

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Happy Valentine's Day from #TeamEcodyst!

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EcoChyll X7 72L

## Articles

- [Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md)
- [Rotavap Pet Peeves: How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md)
- [Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [The Bigger the Better: A Guide to Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [What are Azeotropes?](https://ecodyst.com/what-are-azeotropes.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [Back to Basics: Rotary Evaporation vs. Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [The Importance of Proper Vacuum for Rotary Evaporation](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [The Rule of 20: setting the right temperature for your rotary evaporator](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Solvent Recovery vs Distillation: Which is Best?](https://ecodyst.com/solvent-recovery-vs-distillation.md)


---

---
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lastmod: "2022-09-26T12:12:53+00:00"
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---

News

## Articles

- [Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation](https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation.md)
- [Rotavap Pet Peeves: How to Leak Test your Rotavap](https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap.md)
- [Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions](https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions.md)
- [Level Up Your Rotavap: 4 Must-Have Accessories for your Setup](https://ecodyst.com/level-up-your-rotavap-4-must-have-accessories-for-your-setup.md)
- [The Bigger the Better: A Guide to Scaling Up your Rotovap Process](https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process.md)
- [The Spinning Flask: A Brief History of Rotary Evaporation](https://ecodyst.com/the-spinning-flask-a-brief-history-of-rotary-evaporation.md)
- [The Truth about Greasing Glass Joints in your Setup](https://ecodyst.com/the-truth-about-greasing-glass-joints-in-your-setup.md)
- [Beyond the Muddle: Rotary Evaporation in Mixology](https://ecodyst.com/beyond-the-muddle-rotary-evaporation-in-mixology.md)
- [How did Pumps with Condensers Become Common?](https://ecodyst.com/how-did-pumps-with-condensers-become-common.md)
- [Should you Use a Woulff Bottle with your Rotary Evaporator?](https://ecodyst.com/should-you-use-a-woulff-bottle-with-your-rotary-evaporator.md)
- [What are Azeotropes?](https://ecodyst.com/what-are-azeotropes.md)
- [Teledyne LABS is new distributor of Ecodyst rotary evaporation systems for the laboratory](https://ecodyst.com/teledyne-labs-is-new-distributor-of-ecodyst-rotary-evaporation-systems-for-the-laboratory.md)
- [Back to Basics: Rotary Evaporation vs. Classical Distillation](https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation.md)
- [Tips and Tricks to Avoid Rotary Evaporator Glassware Implosions](https://ecodyst.com/tips-and-tricks-to-avoid-rotary-evaporator-glassware-implosions.md)
- [Tips and Tricks to Speed Up your Rotary Evaporation Process](https://ecodyst.com/tips-and-tricks-to-speed-up-your-rotary-evaporation-process.md)
- [How to Prevent Foam Formation and Bumping in your Rotary Evaporator](https://ecodyst.com/how-to-prevent-foam-formation-and-bumping-in-your-rotary-evaporator.md)
- [Dry Ice: The Phantom Menace](https://ecodyst.com/dry-ice-the-phantom-menace.md)
- [Don’t Worry About the Dry Ice Supply Chain Going Dry](https://ecodyst.com/dont-worry-about-the-dry-ice-supply-chain-going-dry.md)
- [The Importance of Proper Vacuum for Rotary Evaporation](https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation.md)
- [Setting the Right Rotational Speed for your Rotary Evaporator](https://ecodyst.com/setting-the-right-rotational-speed-for-your-rotary-evaporator.md)
- [NIRvana Sciences Purchases EcoChyll X1 Rotovap Chiller](https://ecodyst.com/nirvana-sciences-purchases-ecochyll-x1-rotovap-chiller.md)
- [North Carolina State University Case Study](https://ecodyst.com/north-carolina-state-uni-case-study.md)
- [The Rule of 20: setting the right temperature for your rotary evaporator](https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator.md)
- [To Fume Hood or not to Fume Hood: Should you use a Fume Hood with your Rotary Evaporator?](https://ecodyst.com/to-fume-hood-or-not-to-fume-hood-should-you-use-a-fume-hood-with-your-rotary-evaporator.md)
- [Solvent Recovery vs Distillation: Which is Best?](https://ecodyst.com/solvent-recovery-vs-distillation.md)


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Image Gallery

Ecodyst® is the innovative leader and creator of the next generation of rotary evaporators used by chemists and researchers in laboratories and commercial settings.

Apex, North Carolina
Sales rep: (919) 698-0408

Tech support: (919) 812-7382

Parts Orders: (919) 717-4061
info@ecodyst.com


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Shop

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Ecodyst® is the innovative leader and creator of the next generation of rotary evaporators used by chemists and researchers in laboratories and commercial settings.

Apex, North Carolina
Sales rep: (919) 698-0408

Tech support: (919) 812-7382

Parts Orders: (919) 717-4061
info@ecodyst.com


---

---
title: "Back to Basics 2: Answering The Internet’s Most Common Rotavap Questions"
canonical: "https://ecodyst.com/back-to-basics-2-answering-the-internets-most-common-rotavap-questions/"
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---

In today’s blog post, we’re going back to basics (again): we’ll be answering the internet’s most commonly asked questions on rotary evaporators and rotary evaporation. Without further ado, let’s jump right into it:
1-What are rotary evaporators used for?
1. Concentration of Solutions

Rotary evaporators are commonly used to concentrate solutions by removing excess solvent, leaving behind a more concentrated sample. This process is vital in chemical synthesis and sample preparation for analytical techniques. For example:
In pharmaceutical research, concentrating drug candidates simplifies further testing.

In academic laboratories, concentration is used to isolate reaction products for characterization or storage.
The combination of heat, vacuum, and rotation in rotary evaporators speeds up solvent removal while minimizing the degradation of sensitive compounds.
2. Solvent Recovery

Many industries strive to optimize resource usage, and rotary evaporators are indispensable for solvent recovery. Solvent recovery not only reduces operational costs but also minimizes environmental waste. For instance:
In the pharmaceutical industry, expensive solvents used in drug

synthesis can be recovered and reused.

Green chemistry initiatives benefit from solvent recovery processes to lower their ecological footprint.
Rotary evaporators can recover solvents with high purity, ensuring they meet stringent reuse requirements.
3. Purification of Compounds

Rotary evaporators are instrumental in purifying target compounds by removing volatile impurities or residual solvents. This is particularly important in:
Organic synthesis: Purifying reaction products for further experimentation or application.

Medicinal chemistry: Isolating bioactive compounds from complex mixtures for pharmaceutical development.
The gentle evaporation conditions maintain the integrity of sensitive molecules, such as active pharmaceutical ingredients (APIs), while achieving high levels of purity.
4. Extraction and Fractionation

In the isolation of natural products or separation of components with different boiling points, rotary evaporators are invaluable. For example:
In pharmacognosy, they are used to extract and concentrate bioactive compounds from plants or microorganisms.

In analytical laboratories, they fractionate mixtures for easier analysis by chromatography or spectroscopy.
By carefully controlling temperature and pressure, researchers can selectively evaporate certain components without affecting the stability of more fragile substances.
5. Sample Preparation in Research

Many analytical techniques, such as nuclear magnetic resonance (NMR) or mass spectrometry (MS), require samples to be free from excess solvent. Rotary evaporators simplify this preparation step:
They allow rapid removal of solvents without excessive heating, protecting thermally sensitive analytes.

The use of rotavaps ensures consistency in sample preparation, improving reproducibility in research findings.
This application is especially important in drug discovery, where preparing clean, stable samples is a critical prerequisite for high-throughput screening.
6. Food and Beverage Industry Applications

Rotary evaporators are increasingly used in food science to innovate and enhance flavors:
Flavor Concentration: Chefs and food scientists use them to concentrate natural flavors in liquids, such as fruit juices or coffee extracts, and even craft cocktails creating richer culinary experiences.

Extraction of Essential Oils: For natural flavoring agents, rotavaps isolate essential oils from plants like citrus or herbs.

Dehydration of Ingredients: Some food producers use rotary evaporators to gently reduce water content in heat-sensitive ingredients without altering their natural properties.
This equipment is popular in molecular gastronomy and artisanal food production for its ability to preserve delicate aromas and flavors.
7. Cannabis and Botanical Extracts

Rotary evaporators play a key role in the cannabis and herbal supplement industries:
After extraction processes like ethanol or CO₂ extraction, rotavaps are used to remove residual solvents, ensuring product purity and compliance with regulatory standards.

They help refine and concentrate cannabinoids or other bioactive compounds into oils, tinctures, or concentrates.

Temperature control is crucial here to avoid degrading terpenes or cannabinoids, which contribute to the therapeutic and sensory properties of the final product.
Rotary evaporators ensure consistency and scalability in these industries, which are driven by high-quality and standardized outputs. You can read more about it in one of our previous blog posts on cannabis extraction.
2-How does a rotary evaporator work?
A rotary evaporator, or “rotavap,” is designed to efficiently and gently remove solvents from liquid samples, typically under reduced pressure. Its operation combines principles of vacuum distillation, heat transfer, and centrifugal force to achieve rapid and controlled solvent evaporation. This is achieved through:
Enhanced Evaporation via Rotation: The flask rotates continuously, creating a thin film of liquid on the inner surface. This film increases the solvent’s surface area, enabling faster evaporation compared to static systems.

Vacuum-Induced Boiling Point Reduction: By operating under reduced pressure, the boiling point of the solvent decreases significantly. For example, water, which boils at 100°C under atmospheric pressure, may boil at ~35°C under vacuum. This allows for solvent removal at temperatures that preserve thermally sensitive compounds.

Heat Transfer in the Bath: The heating bath provides consistent thermal energy to the sample. The gentle heating, combined with reduced pressure, prevents overheating and decomposition of delicate molecules, such as pharmaceutical compounds or natural extracts.

The solvent vapor rises into the condenser, where it encounters a cold surface. The temperature gradient causes the vapor to condense back into liquid form. This step efficiently separates the solvent from the sample while allowing the solvent to be collected for reuse.
3-Is rotary evaporation the same as distillation?
Rotary evaporation and distillation are related processes, both based on the principle of separating components by exploiting differences in their boiling points. However, they differ in design, methodology, and applications, particularly in scientific and laboratory contexts.
Rotary Evaporation

Rotary evaporation is a specialized technique designed for the efficient removal of solvents under reduced pressure, commonly employed in chemical, biochemical, and pharmacological laboratories. By rotating a sample flask, the liquid forms a thin film, significantly increasing surface area and facilitating rapid evaporation. This process is conducted under vacuum, which lowers the boiling point of the solvent, enabling solvent removal at lower temperatures—critical for preserving thermolabile compounds. Rotary evaporation is predominantly used for solvent recovery, sample concentration, or purification in analytical and preparative workflows.
Distillation

Distillation, by contrast, is a more general separation process that involves the boiling of a liquid mixture and subsequent condensation of its vapor. Unlike rotary evaporation, traditional distillation does not inherently involve vacuum or sample rotation and is typically used for separating liquids with distinct boiling points. Applications range from laboratory-scale purification to large-scale industrial operations, such as petrochemical processing, water purification, or ethanol production.
There you have it! We’ve tackled some of the internet’s most commonly asked questions about rotary evaporation, breaking down essential concepts and addressing key concerns. Whether you’re optimizing workflows, troubleshooting, or exploring the limits of what rotary evaporators can achieve, a firm grasp of these fundamentals is crucial. Stay tuned!


---

---
title: "Rotavap Pet Peeves: How to Leak Test your Rotavap"
canonical: "https://ecodyst.com/rotavap-pet-peeves-how-to-leak-test-your-rotavap/"
lastmod: "2024-12-31T04:58:38+00:00"
generator: "llm-mirrors/1.0.23"
---

Picture this: you’ve meticulously prepared your sample, carefully set up your rotavap, and are ready to evaporate your solvent. But instead of a smooth, efficient process, you’re met with abnormally fluctuating vacuum readings, erratic bumping, and the sinking feeling that something’s not right. Chances are, you’ve got a leak. Rotavap leaks are a common source of frustration in the lab, leading to wasted time, compromised samples, and often a frantic search for the culprit. This post will cut through the confusion, providing a practical guide to identifying and fixing those pesky leaks, so you can get back to what matters: your research.
Identifying Potential Leak Sources
Glassware:

Cracks and Chips: Even minor imperfections can lead to significant leaks. Inspect the glassware thoroughly for any visible damage, especially around the joints and seals. If you want to take it a step further, you can use a magnifying glass or other visual aids to identify hairline cracks.
Joints and Seals: Ensure that all joints are properly greased with a suitable lubricant and tightly connected. A poorly greased joint or a loose connection can result in air ingress. Check for any signs of wear or damage on the O-rings. Replace worn or damaged O-rings promptly.
Use appropriately sized clips to help tightly secure glass joints and prevent leaks which may occur during operation.

Vacuum Pump:

Filters and Valves: Clogged filters and faulty valves can hinder the vacuum pump’s performance and introduce air into the system. Clean or replace filters as required, and ensure that valves operate smoothly. Check for any signs of wear or damage on the valve seals.

Tubing and Connections:

Wear and Tear: Over time, tubing can become brittle, develop cracks, or become loose. Inspect tubing for any signs of damage and replace any worn or damaged sections. Pay particular attention to areas where the tubing is frequently flexed or subjected to stress.
Loose Connections:  Ensure that all tubing connections are secure and free of leaks. Use clamps or other securing methods to prevent accidental disconnections. Check for any signs of corrosion or damage on the fittings.

Leak Detection Techniques
Bubble Test:

Submerge suspected leak areas in a soapy water solution.
The formation of bubbles indicates a leak. Pay close attention to joints, seals, and any visible cracks or imperfections. Use a fine-tipped brush to apply the soapy water solution to hard-to-reach areas.
This test can also be performed on a fully assembled rotary evaporator setup. Put a moderate amount of soapy water onto the area you believe to be cracked or loose, then engage the vacuum. If you see the soapy water foaming, or suds being pulled into the glassware or tubing, then that indicates a leak. Note that a shallow vacuum, i.e. higher pressure, and slower flow rate works best for this test.

Pressure Test:

De-pressurize the system with an inert gas, such as nitrogen or air.
Monitor the pressure gauge for any significant drops, which may signify a leak. Listen for any hissing sounds that may indicate a leak. Use a pressure gauge with a high degree of accuracy to ensure reliable readings.

Troubleshooting Tips to Prevent Leaks from Forming
Cleanliness:

Ensure that all components are clean and dry before assembly.
Grease joints with a suitable lubricant to ensure a tight seal. Avoid excessive grease, as this can lead to contamination. Clean up any excess grease with a lint-free cloth.

Regular Maintenance:

Periodically inspect and replace worn-out components, such as gaskets and O-rings.
Develop a regular maintenance schedule to ensure that the rotary evaporator is always in top condition.

Proper Technique:

Follow the manufacturer’s instructions for assembly and operation.
Be gentle when handling glassware to avoid accidental breakage.
Store flasks appropriately when not in use to avoid unnecessary impact and potential damage. Flasks stored in drawers should always be stored in a fully-sealed, padded container such as the styrofoam packaging which most ship in. Flasks in cabinets or shelves, if not in their original packaging, should be stored on flask stands.

Maintaining a leak-free rotavap system is essential for efficient and successful solvent evaporation. By understanding the common sources of leaks and implementing the leak detection techniques described in this post, you can proactively prevent costly downtime and ensure the integrity of your experiments. Regular inspection of glassware, vacuum pump components, and tubing, combined with routine maintenance and careful handling, will significantly reduce the risk of leaks. Remember, a little preventative care goes a long way in maintaining the optimal performance of your rotavap and safeguarding your valuable research. By following these best practices, you can ensure consistent, reliable results and maximize the lifespan of your equipment!


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---
title: "Rotary Evaporators in Modern Culinary Labs: Bridging Precision Science and Gastronomic Innovation"
canonical: "https://ecodyst.com/rotary-evaporators-in-modern-culinary-labs-bridging-precision-science-and-gastronomic-innovation/"
lastmod: "2024-12-31T05:06:42+00:00"
generator: "llm-mirrors/1.0.23"
---

Rotary evaporators are increasingly becoming common tools in avant-garde culinary environments. Designed for precise distillation and solvent recovery, they empower “culinary scientists” to meticulously control the extraction and concentration of flavors, textures, and aromas. In professional kitchens that operate with scientific rigor, rotary evaporators are redefining and pushing the boundaries of gastronomic creativity, transforming cooking into a precise and reproducible scientific process.
The Mechanics of Rotary Evaporation in Culinary Applications
At its core, a rotary evaporator operates by reducing the vapor pressure of a liquid through the application of vacuum, thereby lowering its boiling point. This enables the evaporation of solvents at significantly lower temperatures, preserving (in a culinary setting) thermally labile compounds that are crucial for nuanced flavor profiles, while the rotating evaporating flask enhances surface area and improves heat transfer efficiency. This precision has found its way into culinary settings where the integrity of delicate flavors is non-negotiable.
Ecodyst Rotary Evaporators: Compact and Silent Solutions for Culinary Labs
Ecodyst rotary evaporators – notably the Hydrogen – stand out in the market due to their compact design, which is particularly advantageous for kitchens with limited space. Traditional rotary evaporators often occupy substantial bench space, potentially disrupting the workflow in busy kitchens. In contrast, Ecodyst models are engineered with a minimal footprint, allowing seamless integration into existing kitchen setups without compromising operational efficiency. This space-saving attribute is complemented by their sleek, ergonomic design, which facilitates easy maneuverability and storage, making them ideal for high-density culinary environments (or pretty much any environment with limited work space).
Moreover, Ecodyst rotary evaporators are renowned for their relatively quiet operation, a significant improvement over conventional rotavaps that are typically accompanied by the persistent hum of chillers and vacuum pumps. Such features are particularly beneficial in open-concept kitchens and research kitchens where noise can be a distraction.
Advanced Applications in Culinary Science
Precision Flavor Extraction and Concentration
In the realm of molecular gastronomy, the ability to isolate and concentrate specific aromatic compounds is invaluable. Rotary evaporators facilitate the extraction of volatile essences from botanicals, fruits, and spices with unparalleled precision. For instance, extracting essential oils from fresh herbs like basil or cilantro results in potent flavor concentrates that can be reintroduced into dishes with exacting control over intensity and balance, devoid of any residual bitterness or unwanted vegetal undertones. This also comes in handy in a mixology setting – more on that in one of our previous blog posts.
Innovative Distillation Techniques for Unique Flavor Profiles
Culinary scientists are leveraging rotary evaporators to experiment with unconventional distillation substrates such as coffee, tea, and smoked vegetables. By conducting distillations at reduced temperatures, these devices allow for the extraction of clear, aromatic distillates that preserve the essence of these ingredients without the introduction of unwanted bitterness or off-flavors. This opens up new avenues for flavor pairing and the development of signature culinary creations that are both innovative and scientifically grounded.
Clarification and Concentration of Culinary Liquids
Rotary evaporators excel in the clarification of culinary liquids, achieving crystal-clear broths, sauces, and juices without compromising their inherent flavors. For example, clarifying a consommé using rotary evaporation retains the full-bodied taste of tomatoes while eliminating particulate matter, resulting in a refined and visually appealing product. This technique is particularly favored in haute cuisine, where presentation and purity of flavor are paramount.
Advantages of Rotary Evaporators in Scientific Culinary Kitchens
Precision and Reproducibility
The meticulous control over temperature, vacuum pressure, and rotation speed inherent in rotary evaporators ensures consistent and reproducible results.
Preservation of Thermally Labile Compounds
By enabling low-temperature evaporation, rotary evaporators safeguard delicate volatile compounds that are crucial for authentic and nuanced flavor profiles, which traditional high-heat methods may degrade.
Versatility Across Culinary Processes
From the creation of concentrated flavor extracts and distillates to the reduction of sauces without caramelization, rotary evaporators offer a versatile toolset that accommodates a wide range of culinary techniques and applications.
Integrating Rotary Evaporators into Culinary Laboratories
Adopting rotary evaporators in culinary laboratories necessitates a thoughtful approach to workflow integration and safety protocols. Given their origins in laboratories, rotary evaporators are designed with safety features that must be meticulously adhered to in a kitchen setting to prevent contamination and ensure operator safety – you probably wouldn’t want your broth foaming and bumping half way through your operation . Proper training and adaptation of standard operating procedures are essential to harness the full potential of rotavaps within the kitchen, without disrupting the culinary workflow.
The integration of rotary evaporators into culinary laboratories exemplifies the blooming relationship between scientific precision and culinary artistry. As the gastronomic landscape continues to evolve, the marriage of advanced laboratory equipment and culinary creativity will undoubtedly yield new frontiers in taste, texture, and presentation, cementing the role of rotary evaporators as pivotal instruments in the future of cuisine.


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title: "A Brief Guide to Cannabis Decarboxylation"
canonical: "https://ecodyst.com/cannabis-decarboxylation-guide/"
lastmod: "2022-09-09T02:58:10+00:00"
generator: "llm-mirrors/1.0.23"
---

Cannabis and hemp have been illegal across many parts of the world for many years, however in recent years the legalities have been gradually changing across the globe. Wholesale legislative changes have taken place in the USA and Canada, shifting an illicit, illegal market into a legitimate, multi-billion dollar industry.
Products which are based on cannabinoid extractions are increasing in value significantly. CBD oil in particular is finding popularity as a medicinal and therapeutic product and one of the key areas of debate in the sale of CBD products is that of virgin versus decarb CBD oil.
What is Decarboxylation?
Decarboxylation is a critical process in cannabis production and consumption. It occurs when cannabis is cured, allowing the THCA (Tetrachydrocannabinolic Acid) or CBDA (Cannabidolic Acid) inside cannabis buds to be converted to THC (Tetrahydrocannabinol) or CBD (cannabidol). This process is a chemical reaction which removes a carboxyl group with heat or chemicals.
The Process of Decarboxylation
Traditionally, solvent recovery and decarboxylation systems are complicated, modular setups which are made up of a number of interconnected instruments. Decarboxylation traditionally needs a large reactor with a chiller, another chiller for the condenser, and a vacuum pump. This is to decarboxylate over long periods of around 8-10 hours.
Other decarboxylation equipment such as vacuum ovens take even longer, between 14 and 24 hours and has a limited capacity. These setups are both large, taking up greater space in workplaces and are expensive, requiring intervention from users to ensure the greatest results are yielded.
Decarboxylation systems which have a reactor and chiller take a long time due to the use of thermal fluid to heat extracts to the correct decarb temperature. Using this method takes a long time as it leads to inefficient heat transfer and heat loss.
Decarboxylation Solutions from Ecodyst
At Ecodyst, we are experts in organic chemistry and have created a new evaporation system which can be used in both solvent recovery and decarboxylation. Our software uses direct-cooling technology in conjunction with continuous feeds to preserve vacuum conditions across the entire extraction process. Our EcoChyll® range of evaporators outperform traditional decarboxylation systems in many ways.
Not only are decarboxylation solutions from Ecodyst cheaper than the traditional solutions, but the EcoChyll® line is able to decarb comparable amounts of cannabis oils in less than two hours. This is largely due to the efficient heating mantle design that can get to optimal decarboxylation temperatures in a few minutes whilst keeping a steady heat.
This heating mantle means that our actual volume evaporators and the EcoChyll® intelligent self-cooling technology only need a single action to start continuous decarboxylation of large amounts of sample materials at extraordinary scales.
Ecodyst offers evaporation systems appropriate for all levels of cannabis decarboxylation. If you would like to find out more about our products, contact us today.


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title: "Decarboxylation: Choosing the Right Evaporator"
canonical: "https://ecodyst.com/decarboxylation-choosing-right-evaporator/"
lastmod: "2022-07-12T12:57:51+00:00"
generator: "llm-mirrors/1.0.23"
---

After decades of prohibition, cannabis and hemp legislation is gradually relaxing around the world. Wholesale legislative changes in Canada and the US have transformed an illicit market into a legitimate, multi-billion dollar industry in just a few short years. Products based on cannabinoid extractions have become high-value commodities, particularly cannabidiol (CBD) oils which are marketed as medicinal and therapeutic.
The rate of change in the cannabis and hemp industry is extremely rapid, with growers and retailers alike vying for a competitive edge in an already over-saturated market. One of the key dichotomies in the sale of CBD products is that of raw versus decarb CBD oil.
Decarboxylation is an inherent process in cannabis consumption. In laboratory settings, it describes specific methods of extracting desired natural compounds from the plant. This article aims to explore the process of decarbing cannabis in more depth, while offering some insights into choosing the right system for decarboxylation.
What is Decarboxylation?
In cannabis extraction process, decarboxylation, often shortened to decarb, refers to the transformation of the THCA (Tetrahydrocannabinolic Acid) or CBDA (Cannabidiolic Acid) into THC (tetrahydrocannabinol) or CBD (cannabidiol), respectively via heating and drying. Decarboxylation in scientific terms is a type of chemical reaction removing a carboxyl group either with heat and/or chemicals.
Conventional Decarboxylation Instruments
Traditional solvent recovery and decarboxylation systems are complex, modular setups comprising several interconnected instruments. Decarboxylation alone requires a bulky reactor with a chiller, an additional chiller for the condenser, and a vacuum pump, to decarb cannabis over extended periods (8 – 10 hours). Other decarb equipment such as vacuum ovens take significantly longer (14-24 hours) with limited capacity.  These expensive setups have large workplace footprints and demand consistent operator intervention to get the greatest value results. Why do reactor/chiller decarb systems take a long time to decarb? It is because using thermal fluid to heat the extract to optimal decarb temperature (250oF or 121oC) takes a long time due to inefficient heat transfer and heat lose.
Leading-Edge Decarb Evaporators
At Ecodyst®, we have leveraged our expertise in organic chemistry in the development of a unique evaporation system for solvent recovery and decarboxylation. Using pioneering direct-cooling technology and continuous feeds to maintain vacuum conditions throughout extraction processes. The EcoChyll® range exceeds traditional decarb systems on virtually every front.

Available at a lower up-front price point with consistently greater returns on investment in virtually every respect, the EcoChyll® line can decarb comparable volumes of cannabis oils in just under 2 hours. This is possible through our efficient heating mantle design that reaches optimal decarb temps in matter of minutes and maintain heat. With efficient heating mantle, our actual volume evaporators and the world’s most efficient EcoChyll® intelligent self-cooling technology require just a single action to initiate continuous decarboxylation of high volumes of sample materials at unprecedented scales.
From the 200L capacity EcoChyll® X9 to the medium-scale 12L EcoChyll® X3, Ecodyst provides evaporation systems suitable for every level of cannabis decarboxylation. Sovlent recovery with in situ decarb that saves significant extraction process time is a desirable feature most extraction processors desire. Contact us today for more information.


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title: "Solvent Recovery vs Distillation: Which is Best?"
canonical: "https://ecodyst.com/solvent-recovery-vs-distillation/"
lastmod: "2022-07-13T03:33:24+00:00"
generator: "llm-mirrors/1.0.23"
---

Solvent recovery and distillation are critical processes in a range of industries. Both processes are used to separate and purify elements meaning they are helpful means of recovering a range of chemical components. This article will detail both processes and how they measure up against one another.
What is Solvent Recovery
Solvent recovery or solvent extraction is a technique in which chemical compounds are isolated in accordance with their solubilities. Solvent recovery is employed in a range of industries from vegetable oils, perfume, food, cosmetics, pharmaceuticals, manufacturing, cannabis production and mining. Solvent recovery is important because it is used to isolate hazardous materials from sediments and sludge and separate the helpful components from the debris.
An example of this is solvent recovery in the petrochemical refining industry, where it is used to separate petrol by causing them to float to the top or sink to the bottom for easy removal.
Solvent recovery is also important in the hazardous waste industry as it decreases the levels of hazardous waste that needs to be treated. Solvent recovery does not damage the substance which is extracted, just separates the compounds. These compounds are then extracted to be used for a range of purposes according to the industry. Solvent recovery is a means of purifying elements and identify different chemical components.
Rotary evaporators use evaporation to gently and efficiently remove solvents from a range of sample types, including both organic and inorganic analytes and polymeric materials. The sample is heated whilst its boiling point is lowered by a vacuum which is formed by the rotary evaporator. This means that solvent recovery is possible at a much lower temperature.
What is Solvent Distillation?
Solvent distillation is the solvent separation involving application of heat to separate a mixture of liquid of two or more two or more substances. The solvent mixture is heated to boiling point and as a vapor its piped away to a new storage container in which is will cool and condense to an almost pure quality. This results in a distilled solvent which can be reused and wastage which can be disposed of accordingly.
Rotary evaporators are sometimes used in distillation applications as it is faster than traditional techniques as solutions are distilled under reduced pressure at a lower temperature, speeding up the process because of the larger surface area.
The Key Differences Between Solvent Recovery and Distillation
The key difference between solvent recovery and distillation is that solvent recovery purifies a substance whether it is in a solid or liquid phase whereas solvent distillation can only purify a substance in the liquid phase. This means that solvent recovery can be used for more applications and is a more cost-effective solution.
Rotary evaporators from Ecodyst can be used for both distillation and solvent recovery. If you would like to find out more about how we can help you, contact us today.


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title: "How Ecodyst Evaporators Differ from Cold Traps for Vacuum Pumps"
canonical: "https://ecodyst.com/how-ecodyst-evaporators-differ-from-cold-traps-for-vacuum-pumps/"
lastmod: "2022-07-13T03:06:14+00:00"
generator: "llm-mirrors/1.0.23"
---

In vacuum applications, cold traps are devices that transform vapors into liquids or solids. The purpose of this is to stop vapors from being evacuated outside of the container, causing contamination of the equipment.
Vacuum pumps remove gas molecules or air particles from a sealed volume, changing the pressure within. This article aims to explain how cold traps for vacuum pumps work, and how Ecodyst’s evaporators differ from this.
How Does a Vacuum Pump Work?
A vacuum pump’s key purpose is to alter the pressure in a contained space to form a partial or full vacuum. This process can be either mechanical or chemical.
Gas molecules flow from high to low to fill the area of volume, attempting to equalize the pressure. This means that when a low-pressure space occurs, gas naturally moves from the high-pressure area until it has equalized. Vacuum pumps use this principle to move gas molecules from one region to the next by altering pressure states.
Capture Vacuum Pumps
Capture pumps have no moving parts and require extremely high vacuum pressure. Capture pumps use cold traps to trap gas molecules, drawing molecules inward to create a vacuum.
Vacuum Pumps for Rotovaps
In most rotovap applications, applying a vacuum pump is helpful and sometimes even entirely necessary. Vacuum pumps lower the pressure in the system, decreasing the boiling point temperature of the solvent meaning evaporation is faster and safer.
Cold Traps and Vacuum Pumps
Cold traps are generally placed between the vacuum pump and the rotovap to safeguard the pump from any additional contamination. Cold traps are usually a critical element of standard rotovaps as they catch any vapors that pass through the condenser.
Cold traps are lined with lead and are connected to both the suction container and the vacuum pump. The cold trap adsorbs the condenser’s heat, ensuring temperatures stay low. This means that when gas moves through the water vapor and other gases solidify on the condenser, the degree of vacuum increases.
Traditional Cold Traps
Standard rotovaps used cold traps that were extremely inefficient to protect the vacuum pump. Cold traps must be extremely cold, resulting in liquid nitrogen, excessive amounts of tap water, and anti-freeze being used to maintain the temperature.
These materials can be costly, and the frequent use of them uses huge amounts of energy, costing companies money and increasing the environmental impacts.
A Better Way
Instead of traditional cold traps stopping gases from reaching vacuum pumps, Ecodyst’s revolutionary new technology eliminates these costly and time-consuming problems. A high-efficiency condenser cooling system has been developed, offering continuous cooling, rapid condensation, and reduced evaporation time.
To find out more about this innovative replacement for traditional cold traps, get in touch with the team at Ecodyst today.


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title: "Exploring the Drawbacks of a Falling Film Evaporator"
canonical: "https://ecodyst.com/drawbacks-falling-film-evaporators/"
lastmod: "2022-07-13T02:34:55+00:00"
generator: "llm-mirrors/1.0.23"
---

Typically, evaporation is carried out within vertical tubes. However, in some applications, process fluid evaporates outside horizontal or vertical tubes. The process fluid will always evaporate downwards due to the effect of gravity as a continuous film, creating a film along the tube walls and falling downwards. A fluid distributor is created to maintain an even liquid distribution for every tube that the solution falls down.

Falling film evaporators are widely used as an evaporation technique, however, they can be inefficient. This blog will explore the drawbacks of these evaporators, comparing them with rotary evaporators.

How do Falling Film Evaporators Work?

In most applications, the heating medium is on the outside of the tubes. High heat transfer coefficients are necessary to accomplish equally balanced heat transfer resistances. As such, the most commonly used heating medium is condensing steam.

When fluids are internally evaporating, separation across the liquid phase (the solution) and the gaseous phase happens within the tubes. To uphold conservation of mass as this falls, the downward vapor velocity rises and this increases the force acting on the liquid film and thus the velocity of the solution.

On the evaporating side of the tube, the heat transfer coefficient is often subject to the hydrodynamic flow conditions of the film.

Unfortunately, the inner wall of the heat exchange tube of the falling film evaporators must be entirely wet and the membrane is not too thick. It is important to implement a precise design calculation of the material feed and the length of the heat exchange tube in order to meet the requirements.

Additionally, the cost of falling film evaporators are extremely high as there are high design and manufacturing requirements. The rotary evaporator from Ecodyst does not use expensive rotary evaporator mechanisms, meaning they are an extremely cost-effective method of evaporation.
Read More: The Hidden Cost of Falling Film Evaporators
Falling film evaporators should also not be used for materials that are prone to fouling or are made up of solid suspended matter. Conversely, the rotary evaporator from Ecodyst can efficiently and gently remove solvents a broad range of sample types, this includes both organic and inorganic analytes as well as polymeric materials.

The 200L EcoChyll X9 is a more effective alternative to a falling film evaporator.

Falling film evaporators are often used in heat-sensitive products such as milk, fruit juice and pharmaceuticals as the time inside the heated tubes is very low and the materials are unlikely to spoil. Rotary evaporators also work well for these types of materials as samples are heated whilst the boiling points are decreased using a vacuum which is induced by the lab rotary evaporator. The boiling point decreases as the pressure of the liquid is decreased, and the solvent can be vaporized at a lower temperature than the standard boiling point.

Falling film evaporators are also extremely large, requiring a high headroom and meaning that labs need to mindful of how to accommodate them. As the Ecochyll from Ecodyst combines the chiller within the equipment, it has a much smaller footprint and can be used in even small-scale laboratories.

If you are looking to find out more about rotary evaporators and how they are superior to falling film evaporators, contact us today.


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title: "The Hidden Costs of Falling Films"
canonical: "https://ecodyst.com/the-hidden-costs-of-falling-films/"
lastmod: "2022-07-13T02:05:09+00:00"
generator: "llm-mirrors/1.0.23"
---

How do falling films work and what are potential solutions to improve them?
Falling films are usually only a partial solvent recovery tool. They often carry hidden costs and time loss because they are designed to recover just 70–80% of the solvents from a tincture of full spectrum oil suspended in a solvent. This requires manufacturers to purchase additional rotary evaporators that significantly slow the solvent recovery process. An alternative option for extractors to evaluate are all-in-one industrial solvent recovery and decarboxylation systems.
The Facts About Falling Films

If you have been around the hemp or cannabis sectors, you have likely heard of falling films. They are widely considered to be one of the fastest solvent recovery systems on the market.While they are a useful addition to the cannabis space, it is important to note that most falling films are not a one-stop-shop for solvent recovery. The vast majority can only evaporate 70–80% of solvents from a tincture, meaning extractors need to expend more capital on inefficient rotary evaporators that entirely erase the speed gain of a falling film.
How Do Falling Films Work?

Solvent recovery is one of the major bottlenecks in hemp and cannabis extraction processes. Whether manufacturers are using ethanol, CO2, or hydrocarbons to extract, they often use solvents such as ethanol in the initial extraction, the winterization or dewaxing, or the chromatography remediation phases. Falling films are distillation machines that use evaporation and condensation to “recover” solvents and isolate desired products such as full spectrum oil.
Falling films operate on a basic principle: It is easier to evaporate a thin film of water than a large pool. Most falling films are large columns that contain multiple vertical heated tubes. Each tube channels a thin falling film of solution. In this way, solvents such as ethanol can be quickly vaporized while the remaining solution trickles down to be captured at the bottom of the machine.
Falling Film Challenges

Falling films work best with dilute solutions that are mostly ethanol. Once the majority (70–80%) of the solvents have been recovered, a tincture of full-spectrum oil and ethanol becomes viscous and does not move in a uniform film. At that stage, the small tubes within a falling film can become obstructed while the high temperatures burn the oil.
This kind of obstruction has to be avoided at all costs. Falling films are notoriously difficult and costly to repair once the interior system has been compromised. For this reason, most falling films (except those that are hundreds of thousands of dollars) are only designed to reclaim 70–80% of solvents. They require extractors to make an additional purchase of a 20 L or 50 L rotary evaporator to “polish” off the residual ethanol.
Depending on the company you choose, that additional rotary evaporator will easily add $50,000 to $80,000 to your price tag (not including additional shipping, certification, and training costs). In addition, the high operating temperatures that falling films use tend to spoil terpenes, flavonoids, and full-spectrum oil.
Working with Real Numbers

Let’s look at some numbers to understand the actual time loss involved.
If you are working with 100 gallons of tincture that is 90% ethanol and 10% cannabidiol (CBD) oil, you can expect a 25 gph falling film to recover 67.5 gallons of ethanol in 2.5 h. However, at that point you would be left with 22.5 gallons of concentrated tincture that needs to be loaded into a 50 L rotary evaporator.
A 50 L rotary evaporator can reach 4 gph for very dilute tincture solutions, but if you are working with concentrated tincture, you can expect to get half that rate, 2 gph. Your rate to evaporate 22.5 gallons would be at least 11 h of continuous operation, not including the time to load and empty the system. The total run time for that 25 gph falling film and 50 L rotary evaporator was 13.5 h to evaporate 90 gallons of ethanol. In other words, it’s really more of a 6.5 gph falling film.
That’s not fast, especially considering the price you paid for two different systems and the work to load and empty the rotary evaporator every 2 h.
The All-In-One Solution

In conclusion, falling films are not fast solutions if they need to be paired with a rotary evaporator. They carry high hidden costs and labor expenditures.
This is a problem my company has been working hard to innovate. Our industrial systems are designed to replace all this equipment. Working with the same 100 gallons of tincture as above, our system (X9 200 liter EcoChyll) could evaporate all 90 gallons of ethanol in 6 h. That is more than double the speed of the 25 gph falling film and 50 L rotary evaporator.
In addition, our 200 L system could decarboxylate all 10 gallons of CBD oil immediately. It would take 2 h to decarboxylate. Normally, decarboxylation reactors that can handle 10 gallons of oil cost more than $60,000 and take 6 h to run.
All told, you could spend hundreds of thousands of dollars for a 25 gph falling film, a 50 L rotovap, and a 100 L decarboxylation reactor to process 100 gallons of tincture in 20 h (not including labor to load and empty systems). Or you could spend far less to buy one of our systems and do it all in 8 h. We are pretty proud of those numbers.
Source: https://www.cannabissciencetech.com/view/the-hidden-costs-of-falling-films


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title: "The Bigger the Better: A Guide to Scaling Up your Rotovap Process"
canonical: "https://ecodyst.com/the-bigger-the-better-a-guide-to-scaling-up-your-rotovap-process/"
lastmod: "2024-08-25T10:27:25+00:00"
generator: "llm-mirrors/1.0.23"
---

Embarking on the journey to scale up your rotary evaporator process? You’ve made it to the right blog post! While the transition might appear straightforward, there are subtle nuances and strategic considerations to ensure a seamless and efficient scaling-up experience. This blog post will delve into the essential factors and practical tips that will guide you through the process, maximizing productivity and minimizing potential challenges.
From carefully evaluating capacity requirements to optimizing energy consumption and ensuring a suitable footprint for your new equipment, we’ll provide actionable insights that will empower you to make informed decisions and achieve your scaling-up objectives. Stay tuned as we explore the intricacies of this transformative process and unlock the full potential of your rotary evaporator system.

Factors that you need to consider when obtaining new equipment
Capacity:
This one is pretty straightforward. If you’re scaling up your process, the first thing you need to consider is the capacity of the new unit you are purchasing. The capacity of your new rotary evaporator can range from regular benchtop volumes all the way up to volumes as large as 200L (Volumes available at ecodyst being benchtop, 12L, 22L, 50L, 72L and 200L). Just make sure to keep in mind that you cannot process more than roughly half of your flask size for some models (since the flask is positioned at an angle, filling it at more than 50% its capacity increases the risk of foaming and bumping). If you’re using one of Ecodyst’s larger models (like the 200L) you can actually make use of all of the flask’s volume thanks to the overhead stirrer. Other factors you should consider when choosing a new model is the maximum evaporation rate, the temperature range, and rotation speed.
Energy Consumption:
If you’re scaling up your rotary evaporator, you are also going to scale up the energy consumption of your lab, and while there’s no way around this, there are always means to minimize your energy consumption, namely, using one of Ecodyst’s rotavaps.Let’s take the 200L EcoChyll X9 Hi-Speed Evaporator Complete System as an example: it boasts massive improvements in energy efficiency compared to 50L rotovaps: 50 – 80% less energy used per unit solvent evaporated, and it has a vastly reduced startup time (the directly cooled condensers are cold in just minutes, and the direct heat of the mantle heats the flask contents faster, further decreasing energy consumption).
Footprint:
This one is pretty obvious too: if you are buying a bigger rotovap, you need to make sure that it actually fits inside of your lab: you need to be able to accommodate it.
Vacuum Pump:
Choosing the right vacuum pump is crucial for efficient rotary evaporation. The pump’s vacuum pressure and flow rate should match the rotovap’s needs to prevent safety hazards, equipment damage, and solvent loss. When scaling up, you’ll need a more powerful pump to handle the increased volume, but using an oversized pump can lead to serious problems.
Using an oversized pump could result in vapor clearing out of the condenser too quickly without condensing. The solvent will enter the pump, where it will recondense once exposed to atmospheric pressure, and could cause it to flood. This is especially dangerous with flammable solvents like ethanol. It’s essential to select a pump that provides the correct balance of vacuum pressure and flow rate for your specific process. You can check out one of our previous blog posts where we more intimately discuss pumps and condensers, specifically in Ecodyst rotary evaporators.

Scaling up your rotary evaporator process is a pivotal milestone in your laboratory or production facility. To ensure a seamless transition and maximize efficiency, meticulous consideration of several key factors is imperative.
Capacity is paramount. Accurately assessing your anticipated production volume will enable you to select a rotary evaporator with a suitable capacity. Oversizing can lead to unnecessary energy consumption, while undersizing may hinder your ability to meet demand.
Energy consumption is another critical aspect. Rotary evaporators consume energy for heating, cooling, and vacuum generation. Investing in energy-efficient models can significantly reduce your operational costs and minimize your environmental impact.
Footprint is a crucial consideration, particularly in laboratories with limited space. Compact rotary evaporators can help optimize your workspace and improve workflow efficiency.
By carefully evaluating these factors and selecting the appropriate equipment, you can effectively and safely scale up your rotary evaporator process, increasing your production output while maintaining quality and efficiency.


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title: "The Importance of Proper Vacuum for Rotary Evaporation"
canonical: "https://ecodyst.com/the-importance-of-proper-vacuum-for-rotary-evaporation/"
lastmod: "2023-01-25T04:37:52+00:00"
generator: "llm-mirrors/1.0.23"
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Using a vacuum source with your rotary evaporator comes with a significant set of advantages, like making your processes safer, more efficient, cleaner, and overall, easier. In this blog post, we’re going through all the reasons why owning a rotary evaporator is typically paired with using a vacuum source (either built-in or a vacuum pump).
Depending on the rotary evaporator you’re using, you might already have a built-in vacuum controller and you’ll only need to add a vacuum pump. However, if this isn’t the case, you’ll need to invest in both a pump and a manual (or digital) controller. Controllers don’t come cheap, but there are a few ways to decrease your cost (That we’ll discuss in a future blog post – stay tuned!).
Controllable vacuum sources allow you to adjust the pressure with surgical precision, providing you with the desired evaporation rate. An increase in evaporation rate can therefore be achieved without having to upscale your bath’s temperature, which will allow you to achieve evaporation rates previously unattainable using a bath alone. Using a vacuum source also leads to improved solvent-product separation thanks to the controlled and even evaporation rate. It also decreases the risk of bumping (the formation of bubbles due to hasty boiling of samples; This can lead to your sample splashing out of the flask.).
In regard to safety, using a vacuum source mitigates many risks. The decrease in boiling point of certain temperature-sensitive compounds reduces the odds of them reacting in your mixture. By reducing the pressure inside of the flask, and in tandem with it, the boiling point of your solvents, you can remove high boiling solvents in a quicker (we’re talking a few minutes, or even seconds) and safer manner. Inherently, you can work at lower bath temperatures, and use water instead of oil in heating baths. This is a safer option since using oil can leave behind residues in your evaporation flask which constitutes a fire hazard in the presence of flammable gas vapors.
To sum it up, vacuum makes your processes safer, cheaper, and even easier (specially in cleaning – ever tried cleaning up oil off of your machine?).


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title: "The Rule of 20: setting the right temperature for your rotary evaporator"
canonical: "https://ecodyst.com/the-rule-of-20-setting-the-right-temperature-for-your-rotary-evaporator/"
lastmod: "2023-01-25T04:28:18+00:00"
generator: "llm-mirrors/1.0.23"
---

You just bought your rotary evaporator, you set it up on your benchtop after making sure to follow the manual instructions word for word. Everything’s all set and you’re ready to get some work done with your evaporator. And then it hits you: What temperature should you set your rotary evaporator to? Enter the “Rule of 20”, AKA the “20/40/60 Rule” AKA the “Delta 20 Rule”.

The Theoretical How
In a nutshell, the Rule of 20 states that the temperature of your coolant should be at least 20℃ lower than the vapor’s temperature, and that your bath’s temperature should be 20℃ higher than the vapor temperature or boiling point your are trying to reach. Let’s say that the boiling temperature of your substance is 30℃. You’ll need a coolant temperature of 10℃ and a bath temperature of 50℃ to be operating under optimal conditions.

The Why
By following the Rule of 20, you’re trying to find the perfect balance between energy usage and process efficiency: Higher bath temperatures merged with lower coolant temperatures increase the distillation’s efficiency. But there’s a catch: the higher the temperature of your bath and the lower your coolant temperature, the more energy you end up spending. This means that at a certain point, investing more energy into your process won’t be impactful on the overall efficiency of the process anymore.
The Rule of 20 bypasses this issue by ensuring an efficient distillation.
You should keep in mind that in certain scenarios, like working with heat-sensitive compounds, you might be forced to keep your bath’s temperature at levels lower than the one advise by the Rule of 20.

The Practical How
Now that you’re all set, it’s time to evaporate some solvents! In certain scenarios, and with a bit of luck, you might be able to apply the 20/40/60 rule literally: Simply set your bath temperature to 60℃, your coolant to 20℃, and your vapor temperature to 40℃ using your vacuum controller. By applying vacuum and reducing the boiling point, you can use the same temperature settings for most common solvents. We thought we’d save you some time: you can find the vacuum pressures of some common solvents below.

Solvent
Boiling Point (°C)
Solvent

Acetic Acid
118.0
Ethyl Acetate

Acetic Acid Anhydride
139.0
Ethyl Ether

Acetone
56.3
Ethylene Dichloride

Acetonitrile
81.6
Ethylene Glycol

Benzene
80.1
Heptane

iso-Butanol
107.7
n-Hexane

n-Butanol
117.7
Hydrochloric Acid

tert-Butanol
82.5
Methanol

Carbon Tetrachloride
76.5
Methylene Chloride

Chlorobenzene
131.7
MTBE

Chloroform
61.2
Pentane

Cyclohexane
80.7
Petroleum Ether

Cyclopentane
49.3
iso-Propanol

Dichloromethane
39.8
n-Propanol

Diethyl Ether
34.6
Pyridine

Dimethyl Acetamide
166.1
Tetrahydrofuran

Dimethyl Formamide
153.0
Toluene

Dimethyl Sulfoxide
189.0
Trifluoroacetic Acid

Dioxane
101.0
Water

Ethanol
78.3
Xylene

While the rule of 20 is a good rule of thumb for most evaporative procedures, there is one aspect where it doesn’t hurt to overshoot: cooling. There is no downside to having the coolant even colder than 20℃ below the vapor temperature, and in fact it can help improve evaporation rates to do so. This increases solvent recovery, making your process as efficient as possible.  This is where chillers come in, but there’s a trick: chillers lose cooling power as they operate at colder temperatures due to less efficient heat transfer. Enter EcoChyll: by pumping refrigerant directly through the condenser coils from the compressor, the EcoChyll gets colder much faster, and can maintain very low temperatures better than what would be considered a suitably sized chiller hooked up to a rotary evaporator.

References:
https://brandtech.com/solventboilingpointschart/


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title: "Back to Basics: Rotary Evaporation vs. Classical Distillation"
canonical: "https://ecodyst.com/back-to-basics-rotary-evaporation-v-s-classical-distillation/"
lastmod: "2024-01-08T17:25:01+00:00"
generator: "llm-mirrors/1.0.23"
---

In today’s no-holds-barred blog post, we’ll be facing off rotary evaporation and classical distillation: the different advantages each one presents over the other, and the key differences in efficiency, the process itself, the equipment used, and applications.

Some of the advantages of using rotary evaporation
1-Faster Evaporation: One of the primary advantages is the significantly faster evaporation rate achieved with rotary evaporation. The rotating flask creates a thin film of the liquid, maximizing the surface area exposed to the vacuum and heat. This accelerates the evaporation process compared to classical distillation.
2-Efficient for Heat-Sensitive Compounds: Rotary evaporation is particularly beneficial when working with heat-sensitive compounds. The gentle rotation and reduced pressure in the system minimize the exposure of the sample to high temperatures, preserving the integrity of thermally sensitive substances (you can read about how to set the right temperature for your rotary evaporator here).
3-Enhanced Concentration Capability: The increased efficiency of evaporation allows for better concentration of the desired components in the sample. This is advantageous in applications where obtaining a more concentrated solution is essential, such as in the preparation of concentrated extracts or in the concentration of dilute solutions.
4-Reduced Degradation of Compounds: The lower risk of thermal degradation is an advantage, especially when dealing with compounds that may break down or undergo chemical changes at elevated temperatures. Rotary evaporation’s controlled and efficient process helps maintain the stability of delicate compounds.
5-Versatility in Sample Types: Rotary evaporation is versatile and suitable for a wide range of sample types, including those with complex compositions or containing volatile and temperature-sensitive components. This versatility makes it applicable in various fields, from chemistry and biology to the preparation of pharmaceuticals and natural product extractions.

Some of the advantages of using Classical distillation
1-Simplicity: Classical distillation is a simpler and more straightforward process compared to rotary evaporation. It involves heating a liquid mixture to create vapor, which is then condensed and collected. There are fewer components and moving parts involved, making it easier to set up and operate.
2-Scale: Classical distillation can be easily scaled up for large-scale industrial applications. It’s commonly used in industries such as petrochemicals, pharmaceuticals, and the production of alcoholic beverages, where large quantities of liquids need to be separated (however, our rotary evaporators allow for more scaling than any other rotary evaporator on the market, scaling up to 200L true capacity).

Efficiency
Classical Distillation:
Classical distillation is a well-established and straightforward method that is widely employed for various separation processes. Its simplicity makes it accessible for routine application in labs and industries. However, classical distillation may have limitations in terms of speed, especially when dealing with mixtures that require precise temperature control. Maintaining specific temperatures throughout the process can extend the overall duration of distillation. In terms of energy consumption, classical distillation does not offer any edge over rotary evaporation.
Rotary Evaporation:
Rotary evaporation is recognized for its efficiency, particularly in scenarios where speed is essential. The unique design of rotary evaporators enhances the evaporation process, making it more efficient for certain applications. On top of this, our rotary evaporators at Ecodyst are far more energy efficient (they use over 50% less electricity) than classical rotary evaporators.

The Process
Classical Distillation:
In classical Distillation, heat is applied to the entire liquid mixture in the flask. As the liquid reaches its boiling point, and vapor rises through the column, condensation occurs in the condenser leading to the collection of the liquid in a separate flask.
Rotary Evaporation:
The rotation of the flask serves a crucial role in the process: by increasing the liquid’s surface area, a thin film of the liquid is created on the inner surface of the flask, maximizing the exposure to vacuum, and promoting faster evaporation. Vapors are condensed in a separate condenser and collected in a receiving flask.

Equipment Used
Classical Distillation:

Typically involves a round-bottom flask containing the liquid mixture
Vapors rise through a column and enter a condenser, where they are cooled and condensed
Recirculating chiller
The condensed liquid is collected in a separate flask

Rotary Evaporation:

Rotary evaporator, which includes a round-bottom flask attached to a rotating mechanism
A condenser is used to collect and condense the vapors, similar to classical distillation
Vacuum pump
Recirculating chiller or other cooled condenser ( In the case of the EcoChyll X1,  a chiller with no tank, no coolant liquid, and which achieves its setpoint temperature in just one minute!)

Classical Distillation:

Routine Separations
Routine Purifications
Isolation of components

Rotary Evaporation:

Purification of Volatile or Temperature-Sensitive Compounds
Laboratory Synthesis in Sensitive Environments (synthesis of compounds with low boiling points)
Chemistry and Biochemistry
Routine Separations
Routine Purifications
Isolation of components

To sum things up, while classical distillation is cheaper to set up, and has less chances of running into technical problems (due to the simplicity of its setup), the practical advantages offered by rotary evaporation outweigh those of classical distillation.

Rotary Evaporation 1 – 0 Classical Distillation


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Cold traps are used to condense vapors present in vacuum applications into a solid or liquid state (excluding permanent gases). The main function of a cold trap is to ensure that there is no contamination inside vacuum applications. Whilst experiments are conducted, containers must sit airtight so no vapor can escape and no extra gas can enter the chamber and cold traps work to stop this.
How Does a Cold Trap Work?
Cold traps are usually made up of two parts, the bottom being a large, thick round tube with ground glass joints. The second is a cap that also has ground-glass connections. The length of the tube is selected so that the cap reaches about half the length.
Cold traps should be assembled so that the down tube connects to the gas source whilst the cap is connected to the vacuum source. This means that vapor phase condensate is unlikely to move up the tube.
Cold traps condense incoming vapors in the chamber to inhibit contamination. It is particularly useful for the removal of large quantities of liquid in freeze-drying.
Cold Trap Applications
Cold traps are used in applications in which the process is coming over in the form of a vapor and must be trapped. There is a range of different traps that can be tailored to the chemical composition of the process.
Some processes have gasses that travel in a vapor form and can easily be trapped once rapidly cooled. This means that the vapor condenses and the condensation can be collected in the trap.
Cold traps are often used in applications that require low-temperature conditions via evaporators such as distillation and condensation. In these applications, the cold trap contains a freezing mixture of dry ice or a coolant and acetone.
Cold Traps and Rotary Evaporators
Cold traps play a critical role in traditional rotary evaporators as it traps gas on a cooled surface in a coagulated manner. The cold trap is placed in between a vacuum vessel and a pump for trapping oil vapor or adsorbing gas. The cold trap is lined with a lead gasket and connected to the vacuum pump and suction container.
The cold trap adsorbs heat from the condenser, keeping the temperatures low, and when gas passes through the water vapor and other gases solidify on the condenser. This then increases the degree of vacuum.
Why Ecodyst’s Revolutionary Technology Replaces Cold Traps
Traditional rotovaps used cold traps that require material such as liquid nitrogen or anti-freeze to cool them. However, Ecodyst’s new revolutionary technology uses continuous cooling, eliminating the need for excess, expensive, and energy inefficient cooling technology.