Comprehensive CCUS Solutions
Our CCUS technology services provide end-to-end solutions for industrial carbon management. From feasibility studies to full-scale deployment, we help you capture, transport, utilize, and permanently store CO2 emissions.
Carbon Capture Systems
State-of-the-art post-combustion, pre-combustion, and oxy-fuel capture technologies designed to efficiently separate CO2 from industrial emissions at rates exceeding 90%.
CO2 Utilization
Convert captured carbon into valuable products including synthetic fuels, chemicals, building materials, and enhanced oil recovery applications, creating new revenue streams.
Geological Storage
Secure, permanent CO2 storage in deep geological formations including saline aquifers and depleted oil and gas reservoirs with comprehensive monitoring and verification.
Transportation Infrastructure
Design and implement CO2 pipeline networks and shipping infrastructure to safely transport captured carbon from source to utilization or storage sites.
CCUS Technology Types
Post-Combustion
Capture CO2 from flue gases after fuel combustion, ideal for retrofitting existing facilities.
- Amine scrubbing systems
- 90%+ capture efficiency
- Power plants & cement
- Flexible integration
Pre-Combustion
Remove carbon before combustion through fuel gasification and conversion processes.
- Integrated gasification
- Hydrogen production
- High purity CO2 stream
- IGCC applications
Oxy-Fuel Combustion
Burn fuel in pure oxygen to produce concentrated CO2 exhaust stream.
- Pure oxygen combustion
- Concentrated CO2 output
- Simplified capture
- New facility design
Direct Air Capture
Extract CO2 directly from ambient air for negative emissions and carbon removal.
- Atmospheric CO2 removal
- Location-independent
- Negative emissions
- Climate restoration
Implementation Process
Feasibility Assessment
Comprehensive site evaluation, emissions analysis, geological characterization, and technical-economic feasibility study to determine optimal CCUS approach.
Technology Selection
Choose appropriate capture technology, utilization pathways, and storage sites based on your facility characteristics, emissions profile, and business objectives.
Engineering & Design
Detailed engineering design of capture systems, transportation infrastructure, and injection facilities with permitting support and regulatory compliance.
Construction & Operation
Project execution, commissioning, and long-term operations management with continuous monitoring, verification, and optimization of CCUS performance.