Gas-to-power
As global electricity demand surges - driven by data centers, AI, and hyperscale cloud infrastructure - reliable, flexible, and low-carbon power solutions are more critical than ever. Gas-to-power technology provides continuous, on-demand electricity, with the flexibility to ramp up or down in real time to match dynamic workloads. By integrating advanced carbon capture and storage (CCS), gas-to-power can significantly reduce CO₂ emissions compared with unabated natural gas, making it a cornerstone of reliable, low-carbon energy systems.
Integrated gas-to-power and carbon capture solutions
We provide a comprehensive suite of technologies and services designed to deliver decarbonized gas-fired power at scale, from modular industrial-scale solutions to standardized mega-scale carbon capture for utility power generation:Proven carbon capture technology
- Over 20 years of carbon capture experience
- 90,000+ hours of operational data
- Two operating carbon capture plants and six under construction
- Unique solvent portfolio optimized for gas-to-power applications
- Modular and configurable carbon capture plants, turbine-optimized for maximum efficiency
Standardized, scalable delivery
- Advanced Carbon Capture (ACCTM) technology
- Standardized ~1 million tons per annum (MTPA) trains, scalable in parallel for mega-scale projects
- Kit-based, prefabricated delivery for predictable, repeatable project execution
- Just Connect™ standardized interfaces and tie-in points for seamless integration
- FEED/EPC-ready product platform enabling the best EPCs in project execution
Carbon storage solutions
- Software and technologies qualified and engineered for secure, long-term carbon storage
- Integrated team across infrastructure, capture, and storage for end-to-end project delivery
Data center integration
- Innovative, cost-effective modular solutions tailored for the data center industry
- Thermal integration: Waste heat recovery for cooling and HVAC systems
Solutions for every project scale
SLB Capturi offers complementary carbon capture solutions tailored to different gas-fired power applications sharing the same Advanced Carbon Capture™ technology platform while optimized for different project scales.
Just Catch™ 400
Designed for industrial-scale gas turbines such as Siemens Energy SGT-800, GE Vernova 6F.03 / 6F class and Mitsubishi Heavy Industries H-25 class.
The fully modularized design minimizes site work, shortens schedules, and builds on proven execution from projects already under delivery.
Big Catch™
Designed for utility-scale combined-cycle gas turbine (CCGT) power plants.
Provides a standardized licensing and key equipment offering centered around ~1 MTPA capture trains that can be replicated in parallel, enabling predictable, scalable execution through customers' EPC partners.
Turbine-to-Capture integration pathway
We work strategically with companies and partners to make sure we have best-in-class technology offerings.
We’ve worked with Siemens Energy since 2021 on ensuring compatibility and flexibility in design to fit your layout and site.
Successful gas-to-power carbon capture depends on close alignment between the turbine and capture plant. By integrating operability, heat balance, and capture performance early in project development, we help reduce integration risk and optimize overall plant performance.
Working with us
1. Reliability and flexibility
- Continuous, on-demand power supply
- Flexible ramping to follow real-time workload variations - ideal for data centers and critical infrastructure
- Options for smaller, modular turbines to enhance reliability and enable hot/cold standby modes
2. Decarbonization at scale
- Designed to meet project-specific decarbonization requirements
- Proven carbon capture technology engineered specifically for gas-fired power, supported by more than 20 years of development and operating experience.
3. Accelerated, predictable delivery
- Standardized building blocks and kit-based construction reduce CAPEX per MW and on-site installation scope
- Target of 50% more prefabrication for faster, more reliable project timelines
4. Guaranteed performance
- Technical guarantees on CO2 capture rate, product purity, emissions, steam and power consumption, and cooling water usage
- Commercial guarantees backed by strong SLB support and licensor performance guarantees
5. Scalability and modularity
- Just Catch™ 400 provides a fully modular solution for industrial-scale gas turbines.
- Big Catch™ provides standardized approximately 1 MTPA capture trains for mega-scale gas-fired power projects through technology licensing and key equipment delivery.
- Designed to expand as demand grows.
6. End-to-end expertise
- One integrated team across infrastructure, carbon capture, and storage
- Backed by SLB’s global delivery systems and execution capability
Partner with us to power the future - sustainably.
Our gas-to-power solutions are built on decades of proven experience, industry-leading technology, and a commitment to decarbonization. Whether you are powering a hyperscale data center or a critical industrial facility, we deliver reliable, low-carbon energy - at scale, on time, and with guaranteed performance.
Uniper Connah’s Quay
New-build CCGT with integrated carbon capture, developed as two parallel capture trains.
- FEED delivered with Worley and Siemens Energy for a phased, two-train concept (each train ~550 MWe, ~1.3 Mtpa CO₂)
- Big Catch™ concept defined as two large-scale capture trains as the project basis
- Process definition developed to support EPC-ready design
SSE Thermal Keadby 3
FEED for a 910 MW gas fired power station with carbon capture.
- FEED delivered via Aker Solutions, Siemens Energy, and Altrad, with SLB Capturi supporting on carbon capture technology
- Big Catch™ license and key equipment model provided the capture process foundation and technical definition
- Integration with Siemens Energy turbine systems within the consortium FEED scope
BP Net Zero Teesside Power
910 MW CCGT with large scale carbon capture.
- FEED delivered through the Aker Solutions, Altrad, and Siemens Energy consortium
- Big Catch™-based PDP and licensed technology for the CO₂ capture plant
- Engineering scope included capture process definition, heat and mass balance, utilities integration, and operability modelling tailored for an H-class gas turbine
