Cryogen

One Gas Separation Process. Endless Possibilities.

The Cryogen Process enables world-leading efficiencies in gas separation.  This means that separated gas products can be produced at a fraction of the cost and energy of conventional means.

At Cryogen though, we apply the revolutionary gas separation performance of The Cryogen Process to environment-saving applications.  This allows The Cryogen Process to capture, separate and deal with a wide range of highly polluting industrial emissions, including the most harmful carbon and nitrous oxide emissions.

It’s these applications of the revolutionary Cryogen Process which makes it a pioneering tool in the fight against climate change.

Emissions Captured. Emissions Remediated.

The impressive gas separation performance of The Cryogen Process is perfectly suited to the separation and liquefaction of industrial emissions.  The emissions, which are a combination of a range of harmful polluting gases (such as carbon gases or nitrous oxides), can be separated into their constituent parts, preventing their harmful effects when released into the atmosphere.

The potential of applying The Cryogen Process to industrial emissions is almost limitless.  Every day, millions of tons of Greenhouse Gases are emitted from a range of industrial processes, from petrochemical flaring to paper pulp mills.  The Cryogen Process can efficiently capture and remediate these emissions (including Carbon and Nitrous Oxide emissions), all while contributing no further emissions from the core process.

 

 

The Most Flexible Gas Separation System Ever

The internal configuration and cryogenic inputs of The Cryogen Process can be modified to suit the exact composition of the gas being separated, all while maintaining the efficiency improvements The Cryogen Process is known for.

The result is the most flexible gas separation system ever, allowing us to deploy The Cryogen Process to deal with emissions from a wide range of industrial emission sources.  From pulp mills to abandoned gas wells to steel manufacturing plants, The Cryogen Process can efficiently capture and liquify almost any composition of gas emissions, from almost any source.

Bigger than Emissions Separation

At Cyrogen, we’re passionate about applying The Cryogen Process to capture, separate and liquify industrial emissions.  But our revolutionary Cryogen Process has so much more potential.

The efficiency improvements of The Cryogen Process can be maintained when separating a wide range of gases beyond emissions, including air.  

This means The Cryogen Process can be applied to generating liquid air products at a fraction of the cost of traditional methods.  Best of all, The Cryogen Process produces no polluting emissions from its core process, significantly cutting the environmental impact of liquid air product production.