Information Technology
Tranter contributes to fossil fuels reduction in steel production
The plant is a direct reduced iron (DRI) plant and can reduce the carbon footprint significantly compared to traditional steel plants by utilizing green hydrogen as energy and post combustion carbon capture technology, hence an important step in reaching the NetZero goals by 2030.
says Thomas Cassirer – Director Global Energy Segment.
Tranter's heat exchangers will operate as lean/rich solvent interchanges and the lean solvent heat exchanger is part of the amine preparation before and after the carbon dioxide absorption. Efficient heat transfer is crucial for effective carbon dioxide absorption and for amine regeneration. Tranter's ThermoFit plates (GT-series) with the Omniflex plate pattern is a perfect fit for post-combustion carbon capture applications, as they are specifically designed for heat recovery duties capable of handling high NTUs without sacrificing too much pressure drop. Both are essential in the absorption process, the solvent absorbs carbon dioxide but is also an aggressive contaminant. This makes the material selection a key parameter for the operational economy of the plant. Tranter's references from similar applications and proven expertise in the carbon capture application helped the customer to find suitable material without sacrificing too much on the capital expenditure of plant.
declares Fredrik Nyström – Sales Manager EPC Europe.
The heat exchangers were ordered by an Italian EPC contractor in the metal and mining industry and will be manufactured in Tranter's factory in Vänersborg, Sweden .
Global Marketing
Managermadeleine.sestanbach@tranter.com
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