At EPIC Systems, we are honored to support groundbreaking advancements in advanced carbon capture technology. As industry leaders in process system integration, we are excited to collaborate with the National Carbon Capture Center (NCCC) in testing the Mixed-Salt Process (MSP) solvent, developed by SRI International. This innovative carbon capture method has the potential to revolutionize industrial sustainability and decarbonization efforts.
A New Frontier in Carbon Capture
SRI International’s Mixed-Salt Process is designed to efficiently absorb and release CO₂ while reducing energy consumption compared to conventional solvents. Its unique formulation enhances carbon capture performance and offers a more cost-effective and scalable solution for industries looking to meet aggressive decarbonization targets.
The National Carbon Capture Center, a U.S. Department of Energy-sponsored test facility, is at the forefront of evaluating next-generation carbon capture technologies. By conducting large-scale testing in real-world conditions, NCCC is accelerating the path to commercialization for solutions like MSP, ensuring they are viable for widespread deployment.
EPIC’s Role in Bringing Innovation to Life
As a trusted process integrator, EPIC is proud to be part of this critical initiative. Our team specializes in designing, fabricating, and integrating modular pilot plants and process systems, ensuring that innovative technologies like the Mixed-Salt Process can be tested efficiently and effectively. Our role in this project highlights our commitment to engineering excellence, sustainability, and the advancement of carbon capture solutions.
EPIC’s expertise in skid-mounted pilot plants, precision automation, and industrial-scale testing enables organizations to move from laboratory breakthroughs to real-world implementation. By working alongside leading researchers and energy experts, we help bridge the gap between concept and commercialization, accelerating the adoption of sustainable, advanced carbon capture processes.
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