#United Kingdom #Teesside #CCS #Net Zero #Tranter

Tranter's Major Role in the Net Zero Teesside Power Project

In a significant breakthrough for carbon capture technology, Tranter has secured a crucial contract to provide gasketed plate and frame heat exchangers for the Net Zero Teesside Power (NZT Power) project. This initiative aims to establish the world's first gas-fired power plant integrated with carbon capture technology, set to generate over 740 megawatts of low-carbon energy.

The NZT Power project represents a monumental step in the global mission to achieve net-zero carbon emissions. It aims to meet the electricity demands of more than one million UK households while capturing around two million tonnes of CO2 annually. This CO2 will then be transported and stored by the Northern Endurance Partnership (NEP), supporting various carbon capture initiatives in the Teesside and Humber regions—collectively referred to as the East Coast Cluster.

About the Contract

Tranter's contract involves the supply of 40 large plate and frame heat exchangers crafted from high-grade stainless steel. The exchangers will utilize either Ethylene Propylene Diene Monomer (EPDM) or Nitrile Butadiene Rubber (NBR) gaskets, enhancing their capability to efficiently operate in demanding conditions.

Awarded by Technip Energies, a leading member of a consortium that includes GE Vernova and construction giant Balfour Beatty, the project is not only groundbreaking in terms of its environmental goals but is also a testament to Tranter’s longstanding expertise in the field. The installation location, situated merely an hour from Tranter's Operations Service center in Wakefield, promises seamless support throughout the plant's operational lifespan, thereby delivering enduring economic benefits to the region.

Tranter’s Expertise in Carbon Capture

Thomas Cassirer, Vice President of Segments Marketing at Tranter, expressed enthusiasm about the project: “We were pioneers in using plate frame heat exchangers for carbon capture pilot plants back in 2010-2011. Our extensive knowledge and hands-on experience position us as trusted advisors for Engineering, Procurement, and Construction (EPC) companies.”

Tranter's heat exchangers will be essential throughout the carbon capture process at NZT Power. The technology incorporates Tranter’s ThermoFit® plates (GT-series) featuring an optimized Omniflex plate pattern, specifically designed for high-performance efficiency while managing pressure drops effectively—ideal for post-combustion carbon capture applications that utilize regenerable solvent.

As the demand for low-carbon solutions rises, Tranter remains committed to innovating and meeting the evolving needs of the energy sector. Filip Berggren, Area Sales Manager EPC at Tranter, remarked, “Having served as a trusted technology provider for over a decade, our reputation solidifies as projects like NZT Power reach megawatt scales.”

Conclusion

The Net Zero Teesside Power Project stands out as one of the most ambitious decarbonization efforts undertaken to date, signaling a promising future for sustainable energy solutions. With Tranter’s advanced heat exchangers at the center of this transformative operational model, the journey towards net-zero emissions is set to gain significant momentum. Tranter continues to position itself as a leader in this vital domain, ready to support further innovations in carbon capture technology and energy sustainability.

For more insights into Tranter's contributions to carbon capture technology, please explore Tranter’s extensive offerings and their impact on energy innovation.