Industrial carbon capture plant

Capture and purify CO2 emissions efficiently from industrial processes, tackling greenhouse gases while seamlessly integrating into your existing production line.

Captures and Purifies CO2 from Industrial Emissions

The CEBO Carbon Capturing Plants from GEA harness advanced amine-based absorption-desorption technology to efficiently capture and purify CO2 emissions from exhaust streams. Designed for continuous operation, this modular system integrates seamlessly into cement, iron and steel, glass, and chemical production lines. It offers varying capacities ranging from 16 to 200 ktpa, catering to both pilot and large-scale implementations. The system features an optimized energy cycle facilitated by waste-heat-recovery units, ensuring minimal energy consumption. Constructed with corrosion-resistant materials like thermoplastic and stainless steel, it promises a long service life. GEA’s systems are equipped with self-optimizing control and remote monitoring, supporting easy operation and minimal maintenance downtime. The amine-based solution achieves CO2 purities over 97% and is adaptable for further enhancements depending on downstream use, ensuring compliance with stringent environmental regulations.

Benefits

  • Enhances sustainability by capturing up to 200 ktpa of CO2.
  • Minimizes operational costs with energy-efficient heat recovery integration.
  • Ensures long-term durability with corrosion-resistant materials.
  • Facilitates rapid deployment due to modular design and standardization.
  • Provides seamless integration with self-optimizing controls that reduce manual intervention.

General


Applications
Iron and steel,Glass,Chemical industry,Bioenergy,Cement
End products
Steps before
Flue Gas Treatment,Gas Pre-Treatment,Cooling,Condensing,Removal of Solids,Removal of Aerosols,Removal of Sulfuric Oxides,Removal of Nitric Oxides
Steps after
CO2 Purification,Water Condensation,CO2 Liquefaction,CO2 Utilization,CO2 Sequestration,Storage
Input ingredients
industrial CO2 emissions,flue gas,exhaust gas streams,oxygen rich flue gas
Output ingredients
captured CO2,CO2 product stream,water vapor,97% pure CO2
Market info
GEA is known for its expertise in engineering innovative and sustainable equipment and solutions, focusing on sectors such as food, beverages, pharmaceuticals, and energy, with a reputation for quality, efficiency, and advanced technological applications in industrial processing.

Technical Specifications


Plant size range
16 to 200 ktpa of CO2 capture capacity
CO2 Capture Efficiency
High-performance amine chemistry
Energy Consumption
Low,with Waste-Heat-Recovery units
Material
Corrosion-resistant thermoplastic or stainless steel
CO2 Purity
> 97% (2 bara,40 °C)
Process Readiness Level
Technical readiness level of 9
Automation
Self-optimizing control system
Pilot Plant Transparency
100% during operation

Operating Characteristics


Fix to your need
Modularized,compact design
Plant sizes
16 to 200 ktpa of CO2 capture capacity
CO2 Capture Efficiency
High-performance amine chemistry
Energy Consumption
Low energy consumption with optimized configuration
Plant Life
Long plant life with corrosion-resistant materials
Operation Support
Self-optimizing control system
Project Completion
Fast project completion
CIP/SIP
CIP compatible with self-optimizing features

Material Compatibility


Corrosion resistance
Thermoplastic/Stainless steel

Physical Characteristics


Plant size
16 to 200 ktpa of CO2 capture capacity
Control panel type
On-board self-optimizing control system
Discharge method
CO2-depleted flue gas discharged at the top of absorption column
Material
Corrosion-resistant materials,such as thermoplastic or stainless steel

Custom Options


Modularity
Yes,modularized design
Footprint
Compact design for low space requirement
Capacity
Flexible plant sizes from 16 to 200 ktpa of CO2 capture
Material Used
Corrosion-resistant materials such as thermoplastic or stainless steel
Operational Support
GEA's service,operation support concept
Inspection Access
Pilot plant with 100% transparency and full access during operation
Control System
On-board self-optimizing control system
Energy Integration
Waste-Heat-Recovery units for optimized energy use