Building the Blueprint for Carbon Capture

Big changes call for innovative solutions.

Equipment out in the field
Equipment out in the field

Introducing Cat® Carbon Capture Solutions

 

How Is Caterpillar Preparing For The Future Of Carbon Capture?

In an era of evolving emissions regulations and ambitious greenhouse gas reduction goals, you need a solutions provider you can trust for compliance and sustainability. Cat® carbon capture delivers exactly that with scalable, field-tested, and cost-efficient carbon capture technology specifically designed for distributed power and gas compression. Leveraging patented technology and our engineering expertise, Cat carbon capture enables customers to achieve up to 95% CO₂ reduction from engine, genset, or turbine exhaust.

Our solutions are designed for real-world challenges of today’s operations — offering more reliability with fewer emissions, safer results and no harmful byproducts. Simplify your greenhouse gas (GHG) emissions reduction goals and enhance your critical assets with a carbon capture solution engineered specifically for your needs.

 

 

 

Unlock Your Site’s Potential with Cat Carbon Capture

 

Our solution features proprietary CO₂ temperature swing adsorption (TSA) technology that delivers efficient, cost‑effective carbon capture. This technology leverages a mole sieve-based thermal swing adsorption system that utilizes engine exhaust heat, achieving up to a 95% CO₂ removal rate. With low operating and capital costs, we are achieving capture under $40/tonne and outperforming conventional methods. The system is also scalable and flexible, making it ideal for sites with 5,000–50,000 hp with its low-maintenance, modular design. Even better, you can benefit from tax credits (like US 45Q) and the potential to use CO2 for enhanced oil recovery or sell for industrial purposes.

CO₂ Thermal Swing Adsorption (TSA) 
for engines and turbines

Our cost-effective CO₂ TSA solution is field-proven, modular, and scalable — all while offering operators an economical path to reducing emissions and a lower total cost of ownership.

Learn How You Can Evolve
CO2 Thermal Swing Adsorption process
CO2 Thermal Swing Adsorption process

Semi Closed Cycle (SCC) for Solar Turbines

The Semi Closed Cycle (SCC) process concentrates CO₂ within the exhaust stream by using exhaust gas recirculation upstream of the carbon capture system, enabling a capture-agnostic solution for Solar Turbine applications.

Discover Solar Turbine Solutions
Semi Closed Cycle diagram
Semi Closed Cycle diagram

Caterpillar is Ready to Lead the Way on Carbon Capture

Discover how we’re advancing carbon capture — turning engineering leadership into real‑world solutions.

Learn From Our Experts
two men in the field
two men in the field

How to know if Cat Carbon Capture is right for your site?

Our carbon capture technology is ideally suited for most distributed power applications — as well as gas compression operations — particularly at sites with multiple engine assets operating in close proximity. While our primary target market ranges from 1–100 MW, we continue to see interest from larger facilities, especially where clustered engines create efficient capture opportunities. The technology can be applied to smaller engines at the customer’s discretion; however, project economics typically favor applications capturing at least 50 tons per day (approximately 5,000 hp or 3.7 MW). Let us help you evaluate the technical and economic considerations so you can confidently assess your site.

Understand Site Suitability

Where Carbon Capture is a Suitable Fit