Biochemicals
Fuel Ethanol is produced either for blending with gasoline, or for conversion into the fuel additive ETBE (ethyl tertiary butyl ether). Different raw materials are used for the fuel ethanol production. The most common are corn and sugar cane, followed by cassava, sorghum, wheat and rye. More recent innovations include the commercialization of fuel ethanol production from cellulosic feedstock, and this method is likely to gain ground in the market over the coming years.
GEA designs and deliver complete process lines for the production of fuel alcohol. Our technologies cover all major steps:
GEA’s systems are renowned for their energy efficiency and maximum production yield. Our heat-integrated processes employ sophisticated technologies including mechanical vapor recompression, multi stage distillation and evaporation, and heat optimized mashing systems.
Our experience in other alcohol markets, including beverages, as well as the fuel alcohol industry, means that we have extensive experience in production processes involving a wide range of raw materials. Using this global experience we can work with each client to tailor solutions to maximize efficacy and efficiency for each project’s requirements.
GEA’s engineering services support customers’ projects from the initial feasibility studies, to basic and detailed engineering, EPC for process plant or plant section, and commissioning and start up. We also offer comprehensive maintenance and after sales service plans to ensure that each plant continues to operate at maximum efficiency and reliability.
Our scope of supply is flexible and can be adapted to project situation. We offer engineering services to support our customers projects from the first planning phases until commissioning and start up
Showing 4 of 23
An aseptic pigging system allows to recover cost intensive products out of product lines. Powered by compressed sterile air, the pig pushes the product out of the pipe. The remaining product film on the inside of the product line can then be removed with the CIP.
Aseptic valves face exceptionally high demands within UltraClean and Aseptic processes. You can be assured that they all provide highest quality in terms of hygienic design and sustainability.
Aseptic back-pressure valves are used to regulate a pre-defined pressure in UltraClean and Aseptic processing plants.
Clarifying decanters are designed for the continuous separation of suspensions into solids and clarified liquid, without interrupting the feed of the suspension.
Other applications
After reaching its Mission 26 targets two years early, GEA launches Mission 2030 strategy with focus on growth, value and making a positive impact.
As more communities and businesses rely on district heat pump plants and climate-neutral refrigeration technology, ensuring they provide a continuous supply is of vital importance. GEA’s InsightPartner Blu-Red Care management...
Committed to bring Swiss production of wood insulation boards back to life, Lignatherm AG is counting on GEA’s innovative three-stage solution for water treatment to recycle nearly 100% of effluent water from wood fiber manufacture....