Carbon capture membranes for Co2 separation
Efficiently reduce carbon emissions in power plants and industrial operations with advanced membrane technology, transforming captured CO2 into valuable resources and ensuring compliance with environmental standards.
Separates and Enriches CO2 from Industrial Gases
The BORSIG Carbon Capture system employs advanced membrane technology for efficient CO2 separation and enrichment, vital for reducing emissions in power generation, waste management, and cement industries. Utilizing high selectivity membranes, this system enables CO2 enrichment beyond 90 vol-% with options for spiral wound or envelope-type modules. With applications in power plants and biogas upgrading, it aids in producing electricity, sustainable cement, and upgraded biogas. Supporting continuous operation, it integrates seamlessly into existing production lines with conducive processing capacities. BORSIG’s system is engineered for durability, available with various material options, ensuring compatibility with industrial gases. The solution requires minimal maintenance with modules designed for easy access and servicing, enhancing operational uptime. Additionally, BORSIG provides customizable test and pilot modules, offering engineering support to optimize performance for specific client requirements.
Benefits
- Reduces CO2 emissions effectively, contributing to environmental sustainability efforts.
- Maximizes operational efficiency with high selectivity membranes, achieving over 90 vol-% CO2 enrichment.
- Seamless integration into existing facilities, minimizing installation and operational disruptions.
- Customizable design allows adaptation for specific production needs and testing phases.
- Minimizes maintenance costs through durable construction and easy-to-service components.
- Applications
- Waste incineration,Cement industry,Biogas upgrading,Gas conditioning,Power generation
- End products
- Upgraded biogas with reduced carbon content,Sustainable cement production,Pre-treated natural gas for industrial use,Reduced co2 emissions in power plants,Electricity from captured co2
- Steps before
- Combustion process,Flue gas generation
- Steps after
- CO2 enrichment,Biogas upgrading,Gas conditioning
- Input ingredients
- combustion flue gas,biogas,industrial emissions
- Output ingredients
- CO2,separated carbon dioxide,upgraded biogas
- Market info
- BORSIG is known for its expertise in manufacturing high-quality industrial engineered-to-order (ETO) equipment, including pressure vessels, heat exchangers, and compressors, with a strong reputation for engineering excellence and reliability in the petrochemical and chemical industries.
- CO2 Enrichment Selectivity
- > 90 vol-%
- Configuration Type
- Spiral wound / Envelope type
- Membrane Type
- Advanced high selectivity membranes
- Flue Gas Treatment Capability
- Power generation and waste incineration
- Test Module Capability
- Pilot plants
- CO2 Capture Applications
- Cement industry,biogas upgrading
- Gas Separation
- Carbon capture,Biogas upgrading
- Working mechanism
- Membrane-based gas separation
- CO2 separation efficiency
- > 90 vol-% CO2 enrichment
- Configuration type
- Spiral wound or envelope type
- Automation level
- Integrated process control
- Process integration
- Inline with existing systems
- Operating mode
- Pilot and test modules available
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Module configuration
- Spiral wound / Envelope type
- Membrane Configuration Type
- Spiral wound / Envelope type
- Process Development Support
- Yes
- Pilot Unit Design Support
- Yes
- Test Modules Availability
- Yes
- Engineering Services
- Yes