| Apura™-1.5XF, 2.0C | Apura™-FG | |
|---|---|---|
| Pressure range of operation | up to 83 bar (up to 8300 kPa) | |
| Temperature range of operation | up to 60°C | |
| Removes | CO2, H2S, H2O | Ethanes+, H2S, H2O |
| Performance stability at extremes | Tolerance to HC, BTX, condensed water Low flux decline Low plasticization |
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| Features | Low replacement-maintenance Small process / footprint No chemicals or solvents Pressure driven -no energy consuming solvent regeneration No moving parts Off grid / standalone operation Can be used as hybrid system Very quick start up and shut down |
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| Financial / Operational | Lower CAPEX and OPEX of gas processing installation Higher Production Flexibility & debottlenecking Improved plant profitability |
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| Better fuel quality and longer engine lifetime | ||
| Environmental | Safer and Chemical Free Process | |
| Lower Methane and CO2 emissions | Lower VOC emissions | |
| Applications | Accelerates development in new and existing gas fields Enter remote locations more easily (offshore, desert, arctic) Increase feed range (High CO2 levels, more contaminants) |
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| Examples |
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United States
Membranes for Gas Separation
Gas separation membrane with high performance and robustness against contaminants
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Gas Separation Membranes
Gas separation membrane with high performance and robustness against contaminants -
Gas Separation Membrane for Fuel Gas Conditioning
With Apura™-FG, our clients are able to condition their natural gas stream in an efficient and cost-effective manner. Learn more here and contact us!
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CO2 Separation Membrane
The Apura™ product line offers a high-performance, energy-efficient and environmentally sustainable way to improve gas purification processes for facilities of all sizes.
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Gas Separation Membrane Element for Natural Gas Sweetening
Apura™-1.5XF and Apura™-2.0C are designed to maximize the CO2 removal capacity (Apura™-1.5XF) and Hydrocarbon recovery (Apura™-2.0C). Contact us today!
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