Enerke Low Carbon Tech Corp unveils its next-generation CO₂ membrane separation system featuring patented hollow fiber technology. Operating at 2.5MPa with 90% CO₂ removal efficiency, the system delivers 40% energy savings versus conventional amine processes. Its innovative “dual-membrane coupling” design provides revolutionary decarbonization solutions for oilfield development.
Key Innovations:
Efficiency Leap: Gradient membrane technology achieves up to 90% CO₂ removal
High-Pressure Ready: 2.5MPa design pressure for direct wellhead integration
Energy Champion: 0.15kWh/Nm³ energy consumption (45% lower than amine)
Smart Control: AI-powered adaptive optimization system
Industry Challenges Solved: Traditional gas sweetening suffers from: ✘ High energy consumption (>0.3kWh/Nm³) ✘ Poor high-pressure adaptability ✘ Low CO₂ purity (<90%) Enerke’s solution provides: ✓ 45% energy reduction ✓ Direct 2.5MPa gas processing ✓ ≥95% CO₂ product purity
Technical Specifications:
Parameter
Enerke System
Competitor
Amine Process
Removal Rate
60-90%
50-80%
90-95%
Pressure
2.5MPa
1.6MPa
0.8MPa
Energy Use
0.15kWh/Nm³
0.25kWh/Nm³
0.3kWh/Nm³
Footprint
30-50㎡
50-80㎡
100-150㎡
Verified Performance: A major gas field achieved:
120MMSCF/year gas processing
85% CO₂ recovery rate
$1.2M annual energy savings “This system cut our decarbonization costs by 60%,” stated the Chief Engineer.
Corporate Vision: “Green Tech, Leading Sustainable Future” – Enerke operates China’s first high-pressure membrane R&D center.
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