We are dedicated to a sustainable world. Ready to capture. Now.
The global community is facing an acceleration of decarbonization and net-zero ambitions with a worldwide 7Gtpa target to be reached by 2050. The era of carbon capture, utilization and storage (CCUS) is here. Tougher climate targets, higher stakeholder expectations and new investment incentives mean that CCUS already is playing a vital role in the transition to net zero.
At Technip Energies, we believe in a low-carbon future. Leveraging our expertise and credible track record, we offer Capture.Now™, a global portfolio of CCUS technologies and solutions to cost-effectively decarbonize our clients’ operations.
With Capture.Now™, we reinforce our strong position in CCUS and accelerate our strategic ambition to transform carbon into opportunities.
Faster delivery
From design to operation, we have the technology, expertise and experience to execute your decarbonization objectives in the shortest possible time.
Tailored technologies
From pilots and small, modular solutions to bespoke options and mega projects, we tailor our technologies to your unique and changing needs.
Affordable solutions
From funding to implementation, we are focused on affordable, integrated and practical CCUS solutions at every stage. Committed to pioneering new frontiers of CO2 utilization, we develop business models that add value through decarbonized products and energy.
Paving the way in carbon capture processes with an integrated approach
As a world leading engineering and technology provider for the energy transition, we have more than half a century of experience in energy, gas processing, CO2 management and major infrastructure developments. Now we are paving the way in CCUS with our fully integrated processes.
We support our clients throughout their carbon capture journey, helping them navigate each stage to cost-effectively decarbonize their operations, exploit markets for cleaner products, utilizelow-carbon energy and achieve net-zero goals.
CCUS development projects
carbon to be captured and/or avoided
FEED and EPC projects
continents
Acorn Hydrogen Project
Designing and delivering tailored CCUS solutions across key sectors
To reach net-zero goals, carbon capture systems need to be accessible and cost- effective for every emitter. We are helping clients decarbonize operations across key sectors:
- Domestic power and utility providers
- Waste-to-energy and biomass
- Cement
- Steel and metals
- Natural gas and LNG
- Low carbon hydrogen & ammonia
- Ethylene and petrochemicals
- Refining
Seamless integration of services and technologies from carbon capture to utilization
We offer full-chain CCUS solutions, seamlessly gathering all elements to deliver value from start to finish. We invest in technologies, partnerships and collaborations. We devise innovative ways of offsetting carbon. We develop new business models that support sustainability.
Capture
We leverage our comprehensive suite of low-carbon technologies to provide tailored, flexible carbon capture methods and techniques for any emitter.
Our Canopy by T.EN™ suite of post-combustion carbon capture solutions powered by Shell CANSOLV® CO2 capture system allows our clients to capture carbon by derisking projects and meeting targets quickly, efficiently and affordably regardless of scale, industry or location.
Utilize
We invest and collaborate to explore new technologies and applications, exploiting commercially viable markets to create value-added opportunities from CO2.
Transport
We condition and transfer CO2 from point of capture to point of use or storage – safely, quickly and cost-effectively by pipeline, ship or road.
Store
We help our clients manage the permanent sequestration and safe storage of CO2 either by conventional means or cutting-edge approaches.
Offset
We work with leading developers of direct air capture (DAC) technology to enable companiesto directly remove CO2 from the atmosphere and offset their emissions.
Transforming carbon into opportunities
Remove complexity at every step
We stand by our clients with a complete range of CCUS solutions from early advisory services to EPC and onwards. With reliable, practical and measurable delivery,we removecomplexity and maximizevalue every step of the way.
We derisk your project using the latest tools, know-how and methods combined with a pragmatic approach stemming from proven proven track record in major carbon captureinfrastructure projects worldwide.
Related pages
FAQ
CCUS encompasses a range of technologies designed to reduce carbon dioxide (CO2) emissions from major sources like power plants, refineries, cement, steel and other industrial facilities. Additionally, these technologies can remove existing CO2 from the atmosphere.
A CCUS application consists of three steps: capture, transport and storage of CO2.
The main methods for capturing CO2 are: post-combustion; pre-combustion; and oxy-fuel combustion.
- Post-combustion technology separates CO2 from the flue gas after the fuel is burnt.
- Pre-combustion methods involve converting the fuel into a gas mixture consisting of hydrogen and CO2 before it is burnt. Once the CO2 is separated, the remaining hydrogen-rich mixture can be used as fuel.
- Finally, oxy-fuel technology involves burning a fuel with almost pure oxygen to produce CO2 and steam, with the released CO2 subsequently captured.
CCUS is a critical solution for delivering net zero emissions and accelerate energy transition. It allows reducing emissions in industries that are the most difficult to decarbonize, such as steel, cement production, refining, and petrochemical processing. It can enable a source of flexible, low-carbon power generation which will make an important contribution to a resilient net zero electricity mix.
CCUS is also a route for producing low-carbon hydrogen, which can be used to decarbonize industrial processes, as well as domestic and industrial heating, power and transport.
The process involves capturing carbon dioxide emissions at their source, treating and purifying the captured CO2, and then either recycling it or storing it permanently in geological formations. Large-scale CCUS projects are being executed worldwide, primarily in Europe and the United States.
Higher CO2 capture rates will be essential for CCUS to play its role in the transition to a net zero energy system.
CCUS-equipped power and industrial plants operating today are designed to capture around 90% of the CO2 from flue gas.
CCUS helps companies achieve carbon neutrality and enhance their operational sustainability. It significantly benefits the environment, society, and governance of hard-to-abate industries while contributing to international climate goals. The use of CCUS technology also boosts the ability of these industries to maintain compliance with emissions regulations.
Lead the low-carbon race. Now.
With Capture.Now™, Technip Energies reinforces its strong position in CCUS and accelerates its strategic ambition to shape new frontiers in carbon valorization.
Find out how we can help you reach your CO2 reduction goals faster, at any scale, with real commercial value.
Do you want to speak directly to our team?
Send a message using the Contact Us form (select CCUS from the commercial contacts dropdown).