GE Energy and Mitsubishi Heavy Industries Ltd. (MHI), two manufacturers of power generation equipment, have signed a memorandum of understanding (MOU) to co-develop the “next generation” steam turbine for use in gas turbine combined-cycle power plants. Development of a new advanced steam turbine is viewed by both companies as an important step in meeting customer requirements for increased combined-cycle efficiency and performance worldwide.
GE and MHI, after negotiation and execution of definitive agreements, are planning to pursue cooperation with the goal of designing and developing the world’s most advanced “best of breed” combined cycle steam turbine, which the two companies then would include as part of their respective product offerings.
“This MOU with MHI will lead to a high performance steam turbine that will be able to meet the future customer performance and efficiency requirements of the growing combined-cycle industry,” said Steve Bolze, president of GE Energy’s Power & Water business. “It is the latest example of our on-going commitment to technology advancement across all segments of the power generation industry including natural gas combined-cycle, nuclear, coal gasification, industrial, fossil fuel and renewable energy.”
GE has a long history of partnering with other suppliers to accelerate the pace at which advanced technology products are brought to market. “GE and MHI each have developed extensive experience in steam turbines over many decades, but have identified significant mutual product performance benefits in the co-development of the next generation combined-cycle steam turbine,” Bolze noted.
“Given the 100 year maturity of steam turbine technology, incremental performance enhancements require significant new technology investments. By sharing in the development, GE and MHI will look to share best practices and development activities to bring a next generation combined cycle steam turbine product to market faster than either party could individually achieve,” he added.
Much of the current demand for steam turbines is being driven by the strong global interest in natural gas-fired, combined-cycle power generation plants. Although a full range of technology options is required to meet the world's growing electricity needs, steam turbines remain a backbone of the power generation industry, playing a part in generating more than 80 percent of the world's electricity.
At a later stage, both companies may consider co-developing a steam turbine for nuclear power applications. GE is anticipating a potential increase in demand for large steam turbines for nuclear power projects as that sector of the energy industry continues to generate renewed interest.
