Tranter's Strategic Role in Carbon Capture Technology
Tranter has recently been selected to provide gasketed plate and frame heat exchangers for an innovative carbon capture initiative known as the Net Zero Teesside Power project (NZT Power). This project is designed to be one of the first gas-fired power plants in the world equipped with advanced carbon capture technologies.
Powering Change for a Sustainable Future
The NZT Power plant aims to generate over 740 megawatts of low-carbon electricity, fulfilling the annual energy demands of more than one million homes. Remarkably, this facility is projected to capture up to two million tonnes of carbon dioxide each year, which will be managed through the Northern Endurance Partnership's infrastructure—crucial for carbon capture initiatives across the East Coast Cluster.
Contract Details and Responsibilities
As part of the agreement, Tranter will provide 40 large plate and frame heat exchangers crafted from stainless steel, designed with specialized gaskets made from Ethylene Propylene Diene Monomer (EPDM) or Nitrile Butadiene Rubber (NBR). This contract has been brokered by Technip Energies, collaborating with GE Vernova and Balfour Beatty, to manage the Engineering, Procurement and Construction (EPC) facets of the NZT Power and NEP onshore project.
Local Support and Economic Benefits
The installation site for these heat exchangers is conveniently located just an hour away from Tranter's Operations & Service center in Wakefield. This proximity ensures unparalleled support for the system users throughout the lifespan of the facility, while also delivering long-term economic advantages to the surrounding community.
Tranter's Expertise in Carbon Capture Technology
Tranter has been at the forefront of developing plate and frame heat exchangers for carbon capture applications since early pilot projects in 2010-2011. Through these ventures, the company has amassed extensive knowledge about the design and operation of carbon capture plants. With an increasing demand for reliable carbon capture solutions to meet global Net Zero aspirations, Tranter has distinguished itself as a dependable partner for engineering, procurement, and construction (EPC) companies and end-users alike.
Thomas Cassirer, Vice President of Segments & Marketing, stated, "This project represents one of the most significant decarbonization initiatives to date, and we are proud to have our technology integrated into such a vital process. Our commitment to facilitating Net Zero advancements remains resolute."
Innovative Technology at Work
Tranter's heat exchanger technology will optimize the carbon capture process within the project. The company will employ its ThermoFit® plates (GT-series) along with the Omniflex plate pattern. This blend ensures peak performance, accommodating high NTU operations while mitigating excessive pressure drop—crucial attributes for post-combustion carbon capture applications that utilize regenerative solvents.
Responding to Industry Needs
The escalating demand for low-carbon solutions highlights the necessity for technology providers to adapt and evolve accordingly. Tranter has established itself as a trustworthy technology partner for a variety of carbon capture projects. As the industry transitions towards large-scale implementations, Tranter continues to be a preferred provider, bolstered by its global network of resources.
Frequently Asked Questions
What is the Net Zero Teesside Power project?
The Net Zero Teesside Power project is a groundbreaking gas-fired power facility designed to integrate carbon capture technology, aiming to achieve significant reductions in carbon emissions.
What role does Tranter play in this project?
Tranter is supplying advanced gasketed plate and frame heat exchangers, integral to the carbon capture process, reinforcing the project's sustainability goals.
How much power will the NZT Power plant generate?
The NZT Power plant is expected to generate over 740 megawatts of low-carbon electricity, sufficient for more than one million homes annually.
What are the expected carbon capture capabilities?
The plant aims to capture up to two million tonnes of carbon dioxide each year, contributing to global decarbonization efforts.
How can I learn more about Tranter's products?
For more information on Tranter's offerings for carbon capture technologies, interested parties can reach out to their sales representatives directly.
