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CapsolGT® 

Carbon capture for gas power generation   

 

• Enabling affordable low-carbon gas power generation
• Capture up to 95%+ CO2 from the exhaust gas without energy penalty
• Generate additional electricity while capturing 95%+ CO2 from the exhaust gas
• Use carbon capture as a revenue source by the surplus energy from the capture process

Our solutions

CapsolEoP®

CapsolGo®

Cost-competitive carbon capture solution developed specifically for gas turbines

Carbon capture plant for gas turbines

Works for aeroderivative and industrial capacities, from 2 MW - 120+ MW. Design approved by industry leading gas turbine manufacturers

3-in-1: Carbon capture, heat recovery and power generation in one

Utilizes waste heat to drive the capture cycle and generate additional power

Safe, environmentally friendly capture solution

Utilizes the safe solvent Hot Potassium Carbonate (HPC) for cost-efficient and emission safe capture

How it works

 

Key highlights

Efficient technology suitable for any conditions

Where the weather is hot

Minimized air-cooling demand

Optimized power generation during heat waves

Where water scarcity occurs

Closed-loop water balance possible

Utilizes water from flue gas

Example case

Carbon capture potential of more than 200,000 tons of CO2 per year per 50 MW gas turbine, without energy penalty for the capture process

Key highlights

Efficient technology suitable for any conditions

Where the weather is hot

Minimized air-cooling demand

Optimized power generation during heat waves

Where water scarcity occurs

Closed-loop water balance possible

Utilizes water from flue gas

Example case

Carbon capture potential of more than 200,000 tons of CO2 per year per 50MW gas turbine, without energy penalty for the capture process

Reducing overall plant complexity and CAPEX

No turbine modification required

Avoids exhaust gas recirculation

Connects at the end of the exhaust gas duct

Avoids steam boiler

Reduces operational complexity

Enhances system reliability

Modular and flexible

‒ Several parallel powertrains

Utilizes waste heat for efficiency

Reducing overall plant complexity and CAPEX

No turbine modification required

Avoids exhaust gas recirculation

Connects at the end of the exhaust gas duct

Avoids steam boiler

Reduces operational complexity

Enhances system reliability

Modular and flexible

‒ Several parallel powertrains

Utilizes waste heat for efficiency

Superior environmental impact

Low water consumption

Superior degradation profile

- due to absence of thermal degradation as well as oxygen reaction

No negative emissions

- Free of harmful nitrosamines and ammonia compounds

Delivered together with leading turbine manufacturers

The aim is to add significant value for low-carbon power producers, helping them to reduce costs and improve the efficiency of their future gas power plants

Collaboration agreement with GE Vernova to collaborate on lower-carbon gas power by deploying GE’s aeroderivative gas turbines in combination with CapsolGT® carbon capture plants

Siemens Energy and Capsol Technologies participated in a non-exclusive pre-FEED study to evaluate CapsolGT® solution in combination with open cycle gas turbines

Collaboration agreement with GE Vernova to collaborate on lower-carbon gas power by deploying GE’s aeroderivative gas turbines in combination with CapsolGT® carbon capture plants

The aim is to add significant value for low-carbon power producers, helping them to reduce costs and improve the efficiency of their future gas power plants

Siemens Energy and Capsol Technologies participated in a non-exclusive pre-FEED study to evaluate CapsolGT® solution in combination with open cycle gas turbines

Siemens Energy delivered 1000's of gas turbines in relevant CapsolGT® size

Ready for contracting

Actively engaging with gas turbine operators and greenfield project developers

Scalable solution tailored for various gas turbine sizes

Carbon capture potential of more than 200,000 tons of CO2 per year per 50 MW gas turbine, without energy penalty for the capture process

Please reach out. I'd be happy to help

Please reach out. I'd be happy to help

Kaan Özögren

Product Manager CapsolGT®

[email protected]

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