Focusing on carbon dioxide recovery
GEA has developed a "mobile" carbon capture pilot plant equipped with a gas pretreatment module as a proof of concept for target industries.
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basic information
GEA has developed an end-to-end carbon capture portfolio consisting of four main components. XECO Waste Heat Recovery – Pursuing maximum economic efficiency: Most of the heat required for CO2 separation is supplied by the plant's processes and flue gas heat. SETO Gas Pretreatment – Pursuing maximum effectiveness and durability: Removes harmful trace components from flue gas, maximizing the long-term stability of the chemical reactions for carbon capture. CEBO Carbon Capture Plant – The amine-based carbon capture plants come in four sizes, are easy to install, and provide customers with economical solutions tailored to their needs. NAVO CO2 Utilization and Sequestration – Solutions for the purification, liquefaction, conditioning, and transportation of CO2. The captured CO2 can be removed and reused in production processes or stored long-term.
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Applications/Examples of results
In large-scale cement plants, it is expected that 20% of the CO2 emissions can be recovered in the initial stages through waste heat. In the case of glass factories, that figure could reach 40-50%.
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Company information
GEA Japan provides a wide range of products and cutting-edge process technologies from the supply of individual equipment for liquid processing, concentration, drying, and powder processing to the provision of total solutions including plant engineering for industries such as dairy, beverages, brewing, food, pharmaceuticals, and chemicals, leveraging the extensive offerings of the global GEA Group. ≪About GEA Group≫ GEA is one of the world’s largest suppliers of systems an components to the food, beverage and pharmaceutical industries. Founded in 1881, the international technology group focuses on machinery and plants, as well as advanced process technology, components and comprehensive services. GEA's plants, processes, components, and services enhance the efficiency and sustainability of manufacturing processes worldwide. They also significantly contribute to reducing CO2 emissions, plastic usage, and food waste. In doing so, GEA makes a vital contribution towards a sustainable future in line with the company's purpose of "Engineering for a better world."
