Samsung C&T and Axens partner to accelerate global deployment of CCUS projects with advanced DMX™ technology
Samsung C&T Engineering & Construction Group and Axens have signed a Memorandum of Understanding (MoU) to collaborate on the deployment of Carbon Capture, Utilization, and Storage (CCUS) projects.
Samsung C&T, a leading global EPC contractor with extensive experience in energy infrastructure projects including power plant and LNG terminal, is expanding into the carbon capture and storage sector. Axens, brings advanced technology expertise, including its proprietary DMX™ amine-based post-combustion carbon capture process, CO2 purification technologies, and downstream processes including the production of sustainable aviation fuels.
This partnership marks a significant step forward in our shared commitment to support industry decarbonization efforts. By combining Samsung C&T’s global project execution expertise with Axens’ cutting-edge CCUS technologies, the parties aim to accelerate the deployment of impactful and cost effective solutions that reduce carbon emissions.
“This collaboration with Axens reflects Samsung C&T’s commitment to expanding our footprint in the low-carbon energy sector and leveraging cutting-edge technologies to address climate change” said Jaehyoung Kim, ES Sales Team Vice President of Samsung C&T Corporation.
“Partnering with Samsung C&T allows Axens to bring our advanced DMX™ amine-based capture technology and integrated CCUS solutions to a broader global market, accelerating the deployment of impactful climate solutions. By combining our expertise in carbon capture with Samsung C&T’s, we aim to deliver reliable and efficient CCUS solutions for industrial applications.” stated Rachid Chennit, Low Carbon Solutions & Gas Vice President of Axens.
Axens’ CCUS portfolio covers the entire value chain—from CO₂ capture, to CO₂ conditioning and utilization. Axens’ solutions are designed to address the needs of hard-to-abate industries such as power generation, LNG, cement, steel, and refining, including:
- The DMX™ technology which reduces energy consumption by up to 30% compared to conventional amine systems, enabling cost-effective CO₂ capture from industrial flue gases.
- CO₂ conditioning and utilization: ensuring CO₂ purity
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