Solvent Abatement / VOC Recovery
Do you want to achieve the toughest solvent emissions standards?
Stricter government legislation has led to many companies seeking to improve their measurement and control of solvent emissions.
With the Air Products' Cryo-Condap® system, you can meet the environmental regulations on Volatile Organic Compounds (VOC) emissions by reducing them to today's standards and recover close to 100% of solvents with the highest process efficiency.
The Cryo-Condap® system uses liquid nitrogen to condense VOCs at the closest temperature to their freezing point. Thanks to this setting, the Cryo-Condap® system has an optimal condensation rate, which makes it easy to remove the VOCs from the gas stream to conform with environmental legislation.
Air Products Cryo-Condap® Technology for VOC Recovery
Discover how Cryo-Condap® technology ensures the recovery of close to 100% of solvents meeting the toughest environmental legislation on VOC emissions
Are you interested in reducing your emissions?
Our team of specialists will be happy to evaluate the best solution for your solvent recovery problem.
Ask the Expert
Mark Lanham
Applications Engineer, North America
“How can you help me reduce the VOC’s (Volatile Organic Compounds) in my process emissions?”
Air Products Cryocondap® VOC recovery technology can help to reduce VOC’s in your process. Our system uses liquid nitrogen in a heat exchanger to cool down the process gas. As the temperature drops, so does the capacity of the gas to carry the VOCs as vapor. The VOCs condense and freeze into particles so that the process gas can then conform to environmental requirements.
Watch our video to hear more about the features and benefits of Air Products' proprietary Cryo-Condap® VOC recovery technology.
What is Cryogenic Condensation?
Cryogenic condensation uses the extremely cold temperature of liquid nitrogen to cool down gaseous effluents of the chemical industry in order to condense the VOCs they contain.
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What are the main benefits of cryogenic condensation?
Compliance with local legislation on VOC emissions, recovery and recycling of wasted solvents, and minimal running costs as the liquid nitrogen used for cooling can be reused for inerting.