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News Mentions:
5.5.2021: biofuels-news.com/news/greasezilla-network-distributes-advanced-biofuel-to-meet-growing-demand/
8.18.2020: https://inl.gov/article/supporting-small-business-innovation/
5.5.2021: biofuels-news.com/news/greasezilla-network-distributes-advanced-biofuel-to-meet-growing-demand/
8.18.2020: https://inl.gov/article/supporting-small-business-innovation/
CF Technologies, Inc. "CF Tech" develops innovative Critical Fluid Processes and Products to meet and exceed our customer's technical and economic needs.
CF Tech was founded in 1989, by the current President, John Moses, a world renowned expert in critical fluid processes. CF Tech has been specializing in supercritical fluid processing for over 30 years. Experience includes extraction using CO2, ethanol, acetone, dimethyl ether, propane, and pentane, among other solvents and co-solvents. In addition to CF services, CF Tech performs RD&E and is the designer and manufacturer of processing equipment, including the popular DurOLok pressure vessels. DurOLok pressure vessels are ASME Code Stamped and National Board Certified, quick-acting, easy to use and long lasting.
In-house capabilities include bench scale extractions, pilot scale extractions, small production as well as machine, welding, and fabrication shops, and engineering and administrative offices.
What is CF?
Critical fluid technology uses the powerful solvent properties of gases compressed at their critical point. Each solvent has a unique critical point, defined by the temperature and pressure at which the liquid and vapor phases become identical. Critical fluids have a useful combination of liquid-like density and solvency, and gas-like viscosity, diffusivity, compressibility and lack of surface tension.
These fluids rapidly penetrate substrates and dissolve a wide range of chemicals and compounds. Furthermore, the critical region is characterized by an ability to control solvent power with only minor changes in temperature and pressure. Based on these properties, a number of practical, state-of-the-art industrial processes have been developed.
Some of our Current and Past Customers:
MIT
Northeastern University
Princeton University
Tufts University
University of Massachusetts
Department of Energy
Environmental Protection Agency
Federal Aviation Administration
Idaho National Laboratories
INEEL
Los Alamos National Laboratory
NASA
U.S. Air Force
U.S. Army
U.S. Department of Defense
Allied Signal
Aphios Corporation
Armstong
Aerogel Tech
Aeroshield Materials
Aspen Aerogels
Ceapro, Inc.
Clean Harbors Environmental Services, Inc.
CRI Recycling Service, Inc.
DuPont
Draper Laboratory
Foster-Miller
Fraser Engineering
The Gillette Company
Honeywell
IBM
ITT Industries
Kearfott
Marc Sims SFE
Monsanto
Pierce Biotechnology
Procter & Gamble
Rockwell Automation
SAIC
Solutia
Talon
Texas Instruments
ThermoFisher Scientific
TPL, Inc.
CF Tech was founded in 1989, by the current President, John Moses, a world renowned expert in critical fluid processes. CF Tech has been specializing in supercritical fluid processing for over 30 years. Experience includes extraction using CO2, ethanol, acetone, dimethyl ether, propane, and pentane, among other solvents and co-solvents. In addition to CF services, CF Tech performs RD&E and is the designer and manufacturer of processing equipment, including the popular DurOLok pressure vessels. DurOLok pressure vessels are ASME Code Stamped and National Board Certified, quick-acting, easy to use and long lasting.
In-house capabilities include bench scale extractions, pilot scale extractions, small production as well as machine, welding, and fabrication shops, and engineering and administrative offices.
What is CF?
Critical fluid technology uses the powerful solvent properties of gases compressed at their critical point. Each solvent has a unique critical point, defined by the temperature and pressure at which the liquid and vapor phases become identical. Critical fluids have a useful combination of liquid-like density and solvency, and gas-like viscosity, diffusivity, compressibility and lack of surface tension.
These fluids rapidly penetrate substrates and dissolve a wide range of chemicals and compounds. Furthermore, the critical region is characterized by an ability to control solvent power with only minor changes in temperature and pressure. Based on these properties, a number of practical, state-of-the-art industrial processes have been developed.
Some of our Current and Past Customers:
MIT
Northeastern University
Princeton University
Tufts University
University of Massachusetts
Department of Energy
Environmental Protection Agency
Federal Aviation Administration
Idaho National Laboratories
INEEL
Los Alamos National Laboratory
NASA
U.S. Air Force
U.S. Army
U.S. Department of Defense
Allied Signal
Aphios Corporation
Armstong
Aerogel Tech
Aeroshield Materials
Aspen Aerogels
Ceapro, Inc.
Clean Harbors Environmental Services, Inc.
CRI Recycling Service, Inc.
DuPont
Draper Laboratory
Foster-Miller
Fraser Engineering
The Gillette Company
Honeywell
IBM
ITT Industries
Kearfott
Marc Sims SFE
Monsanto
Pierce Biotechnology
Procter & Gamble
Rockwell Automation
SAIC
Solutia
Talon
Texas Instruments
ThermoFisher Scientific
TPL, Inc.