Energy
Safe and Sustainable Power Generation
GEA fuel oil treatment units handle almost all liquid fuel sources, making them a versatile choice for various applications. With references in more than 50 countries and over 130 years of experience, GEA is a global leader in fuel oil treatment systems.
Unique and proven processes
Our long-standing relationships with diesel engine and gas turbine manufacturers enable us to develop the most efficient solutions, ensuring the safe and continuous high performance of their equipment. GEA's reliable service organization and professional spare parts logistics management support 24-hour operation, providing peace of mind and uninterrupted service.
Equipped with state-of-the-art control units, our systems offer intelligent monitoring and remote control capabilities from almost anywhere. This advanced technology ensures that your operations run smoothly and efficiently, no matter where you are.
Diesel engines and gas turbines
Diesel engines are known for their robustness and durability, especially in remote or off-grid locations. They efficiently convert fuel into mechanical energy and can operate on various liquid fuels, including biodiesel. These engines are perfect for applications requiring continuous and reliable power, such as industrial power plants and standby power systems. GEA separators play a crucial role in treating the fuel to maximize the performance and lifespan of diesel engines.
Gas turbines, on the other hand, are particularly suitable for applications requiring quick response times, such as peak load and backup power. They convert natural gas or other liquid fuels into mechanical energy, driving a generator. Gas turbines also offer high efficiency and reliability. When combined with GEA separators, gas turbines can operate even more efficiently as the separators ensure optimal liquid fuel treatment.
Products & Technologies
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Centrifugal Separator
GEA separators are designed for liquid-based applications. Using centrifugal force, they are used for separating suspensions consisting of two or more phases of different densities, i.e. they can be used for liquid-liquid separation, for liquid-liquid-solid separation or for liquid-solid separation. They are equally as effective at separating liq...
Fuel Conditioning Systems
Efficient operation of ship and power station diesel engines requires optimum fuel supply. This key condition is accomplished by the ViscoBoosterUnits for fuel treatment.
Jet pumps
Jet pumps, also referred to as ejectors, are devices for the conveyance, compression or mixing of gases, vapors, liquids or solids and for the production of vacuum in which a gaseous or liquid medium serves as the motive force.
Liquid Mixers
Mixing is a vital process in the production of a diverse range of products in a wide range of industries. Based on our extensive experience and technological know-how, GEA offers a variety of batch, continuous and in-house custom designed mixing solutions for unique applications that meet specific customer needs.
GEA Insights
Beyond the firewall: Securing what matters at GEA
Companies like GEA process and store large amounts of sensitive data. However, security incidents, from ransomware attacks to physical intrusions and industrial espionage, are ever-expanding. GEA’s effective protection of its business partners’ data – as well as its own proprietary information – is evolving into a competitive advantage. We spoke with Iskro Mollov, GEA’s Chief Information Security Officer, about what it takes to protect a global business in a volatile world.
Smart, stylish, circular: polycotton recycling with Circ
Resource-efficient fashion has been a long-sought ambition amid the fashion industry’s considerable contributions to global carbon emissions. The need to close the loop by recycling textile fibers into virgin-like materials is higher than ever but seemed like a distant dream until now: Circ, GEA’s American customer and pioneer in the field of textile recycling, might be rewriting the future of the fashion industry.
New food tipping point
Alternative proteins are promising – yet still expensive to produce. The usual response is that scaling up will solve this issue. But what if the solution was really about getting better, not just bigger? From more efficient, high-yield processes to upcycling waste heat, engineers are reshaping how we grow food.
