Using high-speed turbomachinery, our products produce the cold you need for any application that requires cryogenic cooling.
Cryochiller systems are perfect for use in the energy industry for hydrocarbon liquefaction.
Discover how to integrate Cryochiller in your plant.
Biomethane liquefaction
Cryochiller can be integrated to any biomethane upgrading plant for Bio-LNG or Bio-CO2 liquefaction. This addition is ideal both for new plants and retrofits, giving a valuable alternative to on-site power production and to the direct sale of methane gas.
Virtual pipeline
Using Cryochiller in virtual pipeline applications allows to liquefy natural gas anywhere it is available. Even stranded wells far from infrastructure can be utilized to produce LNG. The simplicity of plants using Cryochiller also make it ideal to liquefy gas from pipelines for easier transportation to the final user.
Flare gas liquefaction
Our closed-loop nitrogen cycle technology makes it ideal to liquefy even very wet gas that would otherwise be flared. Our modular, transportable systems can be used in small, remote wells, thus greatly reducing the greenhouse emissions of oil extraction and wasting a precious energy source.
Heavy hydrocarbon recovery
Using Cryochiller systems at higher temperature allows for very efficient removal and recovery of heavy hydrocarbons from natural gas wells. The dry gas thus obtained becomes suitable for pipelines.
Cryogenic carbon capture
The relatively compact size and high efficiency of our Cryochiller make it ideal for marine applications such as on-board cryogenic carbon capture (CCC). Our systems have the potential to decrease a ship’s CO2 emissions up to 30%.
