Lowering operational emissions
The connection between our energy usage and the well-being of the planet is a direct one: less power consumption means fewer toxic fumes released by power plants, a better conservation of natural resources and protection of ecosystems from abuse and destruction. Reducing the overall energy intake contributes directly to a healthier and better world.
The challenge
Greenhouse gases (GHGs) are vital for the survival of all living species on Earth, however, the industrial footprint of humans has meant extremely high emissions over the span of many decades that have elevated the planet´s temperature to a point where it is wreaking havoc on all ecosystems, provoking natural disasters and bringing many other consequences which scope and scale we can only begin to imagine.
The United Nations calls for drastic action today if the mitigation targets are to be achieved and energy efficiency is a key element for it.
Our Approach
GEA implements responsible business management alongside structured initiatives aligned with our 2040 climate objectives, providing advanced process design and engineering solutions.
GEA offers energy-optimized processes and energy recovery solutions designed to help industrial customers lower greenhouse gas emissions and reduce their carbon footprint through:
Energy Efficiency (Energy Conservation): Our patented energy concepts utilizing Mechanical Vapor Recompression (MVR) technology help customers reduce energy costs by up to 40%. Commodity suppliers rely on GEA’s deep process and technology expertise, developed through continuous engineering innovation.
Energy Recovery (Waste Energy Utilization): GEA applies the Organic Rankine Cycle (ORC) principle to convert industrial waste heat into valuable resources such as electrical power, compressed air, or steam, enabling customers to reduce CO2 emissions by more than 200 tons per year.
Investing in energy recovery measures allows industrial facilities to optimize operational efficiency and improve resource management.
Technologies for carbon capture, storage, and utilization (CCS/CCU) involve trapping CO2 directly where it is produced at industrial facilities and fossil-fuel-burning power plants. This is particularly valuable in sectors where energy-related emissions are accompanied by process-related emissions that cannot be avoided solely by reducing energy demand or switching alternative fuels. Capturing CO2 before release allows it to be utilized or stored securely.
GEA offers diverse technical solutions—such as waste heat recovery, gas pre-treatment, and carbon capture systems—designed to lower industrial emissions and support carbon reuse. These established systems enable targeted carbon footprint reduction, helping industrial customers meet strict regulatory emission standards efficiently with optimized energy consumption.
Energy Utilization – Alternative Energy Sources
GEA develops advanced engineering solutions for heat-exchange processes, pioneering the integration of natural refrigerants to replace conventional cooling options.
Process Development – R&D Support for Industrial Processes
GEA provides specialized engineering expertise and equipment tailored for diverse separation processes. Whether handling liquid-solid separation for fluids or powders at a laboratory scale or within industrial production environments, our systems deliver precise, reliable performance.
When Chemistry Works With Engineering
GEA is taking bold action helping manufacturers worldwide embrace more sustainable, less wasteful and more energy-efficient and cost-effective procedures and processes.
