Carbon capture systems require valves that can handle corrosive CO₂ streams, high pressures, and strict fugitive emission standards. Materials must resist degradation and ensure long-term sealing integrity, especially in injection and removal systems. The evolving nature of carbon capture technology means valves must be adaptable to new process requirements and regulatory frameworks, with a focus on safety, reliability, and environmental compliance.
PJ Valves supports carbon capture projects with corrosion-resistant valves in duplex and stainless steels, engineered for CO₂ removal, injection, and utility systems. Our valves offer pressure ratings up to 2500#, with materials including F316L, F53, and Monel. We provide solutions tailored to pilot, demonstration, and full-scale facilities, ensuring compliance with the latest emission standards and delivering full traceability and documentation for regulatory approval.
For an offshore FPSO utility system in Brazil, PJ Valves supplied globe and check valves in duplex stainless steel, engineered for resistance to corrosive CO₂ streams and high-pressure operation. The project required rapid turnaround and strict adherence to emission standards, with our valves supporting reliable long-term operation in a challenging offshore environment.
PJ Valves delivered actuated ball valves and globe valves in F316L with low emission packing and comprehensive traceability documentation for a European carbon capture pilot plant. The project’s focus on innovation and regulatory compliance demanded advanced engineering and meticulous documentation, enabling the facility to meet stringent fugitive emission targets and support the development of next-generation carbon capture technology.
PJ Valves service is greatly appreciated by our project and all your timely material deliveries have assisted our construction programme. On a personal note I would also like to thank you and your colleagues for your friendly and knowledgeable assistance
Thanks to PJ Valves for the strong support we received during both our bidding stage, engineering and construction phases. The overall management and coordination of a complex project was helped by PJV because it meant we could focus our resources on managing other areas of the project. I recommend PJ Valves for this kind of technically complicated and changing FSPO work. They proved cost effective and provided us with strong support during the project
On behalf or our colleagues in Australia, we wish to express our appreciation for your co-operation in meeting our urgent delivery requirements for these valves, particularly in view of the rigorous inspection and testing requirements with helium under water
