Tranter's Role in Advancing Carbon Capture Technology
Tranter has recently secured a significant contract to provide gasketed plate and frame heat exchangers for the innovative Net Zero Teesside Power project, marking a pivotal moment in the evolution of low-carbon energy generation. This project is poised to become a landmark in carbon capture technology, positioning itself as the world's first gas-fired power plant equipped with this essential feature.
With the capacity to generate over 740 megawatts of flexible and dispatchable low-carbon electricity, the NZT Power plant will serve as a cornerstone for sustainable energy, meeting the annual electricity needs of more than a million households. A remarkable feature of this project is the ability to capture up to two million tonnes of CO2 each year. This captured carbon will be efficiently transported and stored thanks to the Northern Endurance Partnership (NEP) infrastructure, which supports carbon capture initiatives across a wider region known as the East Coast Cluster.
The contract awarded to Tranter includes the provision of 40 large plate and frame heat exchangers made from high-grade stainless steel, equipped with advanced gaskets made of Ethylene Propylene Diene Monomer (EPDM) or Nitrile Butadiene Rubber (NBR). This order is part of a larger collaborative effort led by Technip Energies and involving GE Vernova and construction partner Balfour Beatty, focused on achieving excellence in engineering, procurement, and construction for both the NZT Power and NEP projects.
The location of the installation site is just an hour away from Tranter's Operations and Service center in Wakefield. This proximity enables Tranter to provide exceptional support to its end-users throughout the plant's operational lifespan, while also fostering significant long-term economic advantages for the local community.
Tranter has a rich history in the field of carbon capture, having been an early participant in pilot projects related to plate and frame heat exchangers for post-combustion carbon capture dating back to 2010-2011. This experience has equipped the company with comprehensive knowledge regarding the intricacies of carbon capture applications, including design, operational effectiveness, and sustainability practices. As global initiatives strive towards Net Zero goals, Tranter's expertise has made it a trusted partner for Engineering, Procurement, and Construction (EPC) firms during critical phases of project development.
In this ambitious decarbonization project, Tranter's heat exchangers will play an integral role, ensuring peak performance throughout the carbon capture process. Leveraging Tranter's ThermoFit® plates featuring the Omniflex plate pattern, these products are specially designed to deliver optimal operational efficiency, particularly when managing the high Net Temperature Units (NTUs) typically associated with carbon capture technologies that use regenerable solvents.
Filip Berggren, Area Sales Manager for EPC, highlighted the surging demand for low-carbon solutions and emphasized the necessity for technology providers to adapt to this dynamic landscape. Tranter has established itself over the years as a reliable technology provider for carbon capture applications. With increasing numbers of projects transitioning to megawatt-scale, Tranter continues to be recognized as a premier supplier, offering an extensive global network of resources and support.
Tranter's commitment to innovation and sustainability positions the company as a vital player in the transition towards a low-carbon economy, illustrating dedication to finding effective solutions for current and future energy challenges.
Frequently Asked Questions
What is the significance of the Net Zero Teesside Power project?
The Net Zero Teesside Power project aims to be the world's first gas-fired power plant with integrated carbon capture technology, contributing significantly to low-carbon energy generation.
How does Tranter support carbon capture projects?
Tranter provides advanced heat exchangers specifically designed for carbon capture processes, ensuring optimal performance and efficiency.
What is the impact of NZT Power on local communities?
The project is expected to generate substantial employment opportunities and long-term economic benefits for the surrounding area by promoting sustainable practices.
How much CO2 will the NZT Power project capture?
NZT Power will capture up to two million tonnes of CO2 annually, aiding in efforts to reduce greenhouse gas emissions.
What materials are used in Tranter's heat exchangers for this project?
The heat exchangers are made from stainless steel and are equipped with gaskets made from either EPDM or NBR substances, suitable for high-performance applications.
