Tranter Awarded Key Contract for CCS Project
Tranter has recently secured a significant contract to supply gasketed plate and frame heat exchangers for a groundbreaking initiative known as the Net Zero Teesside Power project, or NZT Power. This innovative project is set to be the first gas-fired power plant globally equipped with cutting-edge carbon capture technology.
Project Overview and Benefits
The NZT Power facility aims to generate more than 740 megawatts of low-carbon electricity, sufficient to meet the annual needs of over one million households. With the capability to capture approximately two million tonnes of CO2 annually, this facility will play a vital role in reducing carbon emissions. The captured carbon dioxide will be efficiently transported and safely stored via the Northern Endurance Partnership (NEP) infrastructure, which supports various carbon capture efforts along the East Coast Cluster.
Details of Tranter’s Involvement
Under the terms of the contract, Tranter will deliver 40 large plate and frame heat exchangers constructed from stainless steel, incorporating Ethylene Propylene Diene Monomer (EPDM) or Nitrile Butadiene Rubber (NBR) gaskets. This contract was awarded by Technip Energies, which leads a consortium along with GE Vernova and construction partner Balfour Beatty to execute the Engineering, Procurement, and Construction (EPC) for both the NZT Power and the NEP onshore Power, Capture and Compression project.
Strategic Location for Support
The installation site is conveniently located just an hour away from Tranter’s Operations and Service center in Wakefield. This proximity facilitates high-quality support for end-users throughout the operational lifespan of the facility, simultaneously providing long-term economic advantages for the region.
Expertise in Carbon Capture Technology
Thomas Cassirer, Vice President of Segments & Marketing at Tranter, highlighted the company's long-standing involvement in carbon capture technologies. Tranter was among the early adopters of plate and frame heat exchangers in pilot plants for post-combustion carbon capture from 2010 to 2011. With extensive experience in process design, operation, and application of carbon capture plants, Tranter has evolved into a trusted partner for EPC companies during the design phase and for end-users throughout operations.
Innovative Technology and Applications
Tranter’s heat exchangers will be integral to the carbon capture process within the NZT Power project. Utilizing Tranter’s advanced ThermoFit® plates (GT-series) with the Omniflex plate arrangement ensures peak performance at elevated Natural Temperature Units (NTUs) while maintaining low pressure drops. This design is especially suited for post-combustion carbon capture systems utilizing regenerable solvents.
Continuing Demand for Low-Carbon Solutions
The demand for low-carbon technologies is on the rise, necessitating technology providers to adapt swiftly to these advancements. For over a decade, Tranter has been a reliable provider of carbon capture solutions. As similar projects scale up to the megawatt level, Tranter remains a preferred supplier due to its extensive global resource network.
Frequently Asked Questions
What is the main goal of the NZT Power project?
The NZT Power project aims to be the world’s first gas-fired power plant with carbon capture technology, generating low-carbon electricity and significantly reducing CO2 emissions.
How much power will the NZT Power facility generate?
The facility is expected to generate over 740 megawatts of flexible, dispatchable electricity, enough to power more than one million UK homes.
What role does Tranter play in this project?
Tranter is supplying 40 large plate and frame heat exchangers critical to the carbon capture process within the NZT Power project.
Who awarded the contract to Tranter?
The contract was awarded by Technip Energies, part of a consortium working to deliver the Engineering, Procurement, and Construction (EPC) contract for the project.
How is Tranter’s technology significant to carbon capture?
Tranter's innovative heat exchangers are designed to maximize efficiency and performance in carbon capture applications, playing a crucial role in achieving global Net Zero goals.
