Flue gas pre-treatment system for carbon capture
Enhance your carbon capture efficiency with advanced flue gas treatment, ensuring optimal reduction of contaminants and protecting downstream processes against solvent decomposition and deposit formation.
The SETO Gas Pre-Treatment System from GEA is a sophisticated solution for industrial flue gas conditioning, enabling seamless integration with carbon capture technology. By utilizing advanced processes such as cooling, condensation, and gas cleaning, this system efficiently reduces NOx, SOx, and particulates from flue emissions, ensuring compliance with emissions standards. Ideal for applications in the oil, gas, energy, and chemical industries, it produces outputs like captured CO2 and emission-free exhaust gases. Designed for continuous operation, the system incorporates automated controls for precision and reliability. Built with durable materials to withstand harsh conditions, it offers optional configurations like wet electrostatic precipitators and cartridge filter systems, tailored to meet diverse industrial needs. With GEA’s engineering support, the system can be customized to fit specific operational requirements, maximizing both efficiency and effectiveness in decarbonization efforts.
Benefits
- Reduces operational costs by minimizing solvent decomposition in carbon capture processes.
- Decreases maintenance needs by preventing deposit formation within the CO2 capture system.
- Enhances gas cleaning with advanced filtration, ensuring emission compliance and protecting equipment.
- Supports continuous operation with automated controls for efficient gas processing.
- Integrates easily into existing systems, allowing for flexible configuration to meet specific industrial requirements.
- Applications
- Co2 utilization,Decarbonization solutions,Emission reduction,Flue gas treatment,Gas cleaning,Emission control,Carbon capture,Industrial gas conditioning
- End products
- Sequestered co2,Co2-based chemicals,Emission-free exhaust gases,Liquefied co2,Co2-neutral fuels,Clean industrial flue gases,Captured co2
- Steps before
- Emissions measurement,System configuration,Installation of flue gas components
- Steps after
- Carbon capture,Solvent regeneration,CO2 sequestration,Inspection and maintenance
- Input ingredients
- flue gas,trace contaminants,particulate impurities,NOx (nitrogen oxides),SOx (sulfur oxides)
- Output ingredients
- cleaned gas,reduced emissions,lowered particulate matter,conditioned gas for carbon capture
- Gas Cooling
- Flue Gas Condenser
- Cooling Method
- Direct Contact Cooler
- Particulate Removal
- Wet Electrostatic Precipitator
- Filtration System
- Cartridge Filter System
- NOx Reduction
- Yes
- SOx Reduction
- Yes
- Gas Volume Flow
- Variable
- Solvent Decomposition Reduction
- Lower Solvent Make-up Requirement
- Automation
- Customizable Process Steps
- Cooling/Condensation Steps
- Integrated
- Gas Conditioning
- Customizable
- Trace Contaminant Reduction
- NOx,SOx Removal
- Automation Level
- PLC / SCADA
- Batch vs. Continuous Operation
- Continuous
- Emission Control
- Advanced Gas Cleaning
- Flue Gas Composition Adaptability
- High
- Gas Cleaning Line Configuration
- Customizable to specific flue gas compositions
- Cooling/Condensation Process Steps
- Configurable
- Component Removal Type
- NOx,SOx,Particulates
- Installation Type
- New or Revamping Existing Equipment
- Integration with Carbon Capture Technologies
- Compatible with GEA Solutions
- 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.