Power: Energy Efficiency Solutions in Metals

GE helps metals manufacturers integrate solutions for optimal efficiency and flexibility, as well as save money and reduce air emissions by using byproducts to produce “free” electricity.

Generating power from process gas, increasing onsite power output, and implementing modular to full-power plant solutions, we provide customers with advanced ways to meet energy demands.

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Power Solutions

We are always working to find new answers to energy needs in the metals industry. Learn more about how we can work with you to drive greater energy efficiency across your processes. 

How it works


Our experts work with companies in the metals industry daily, developing solutions that maximize the unique properties of individual facilities and realize the efficient production of energy, reliably, cost effectively, and with greater awareness of environmental responsibility. And, of course, doing so reliably, cost effectively, and with greater awareness of environmental responsibility. Our portfolio of power solutions includes some of the world’s most efficient gas engines and turbines. We find the optimal ratio of your blast furnace, coke oven and/or oxygen furnace gas to determine the ideal turbine or engine technology for your facility. With decades of experience developing industrial engines, our goal is simple: Provide highly reliable and efficient power solutions that maximize your operational flexibility and reduce emissions.


Features & Benefits

  • Higher efficiency power island - Integrate the gas turbine, steam turbine, generator and heat recovery steam generator into a seamless system.
  • Total energy cost spend – GE’s innovative technologies helps you generate and use energy efficiently, reducing your total energy spend. 
  • Opportunities for selling excess electricity- Is it possible to turn a cost center into a profit center? We can help make it a reality.
  • Cogeneration and waste heat recovery - Produce electricity and heat from a single fuel source, replacing inefficient energy delivery systems. 
  • Fuel flexibility – Get more from the fuel you're using, or switch to a less expensive fuel without sacrificing reliability or emissions compliance.
  • Lower Emissions – Keeping aligned with regulatory requirements and reducing environmental impact, such as CO2 flare reduction.

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