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GE and CPECC Sign Agreements with USTDA to Advance Commercial Scale IGCC in China

GE and China Power Engineering Consulting Group Corporation (CPECC) have signed agreements with the US Trade and Development Agency (USTDA) nuder the terms of which USTDA will fund a feasibility study that would support the advancement of commercial scale integrated gasification combined cycle (IGCC) facilities in China based on GE-designed IGCC technology. In this initial study phase, GE and CPECC will evaluate the cost and performance of an IGCC design.

This follows the memorandum of understanding signed between CPECC and USTDA in November as part of the US-China Clean Energy Announcements made by President Obama and President Hu in November 2009.

IGCC and carbon capture technologies have been commercially demonstrated and will need to be widely deployed to enable low cost power generation from domestic fossil energy resources, while at the same time achieving significant reductions in carbon dioxide emissions globally. Governments and industry in both the United States and China have critical roles to play in accelerating the deployment of these commercial scale IGCC facilities.

Gasification technology has become a critical tool in the expansion of the Chinese economy, allowing a wide variety of industrial products and fuels to be created from low-cost, abundant coal resources. GE’s gasification technology is one of the most widely applied technologies of its kind in China, with more than 40 licensed facilities. As gasification projects in China get larger and more complex, advanced technologies such as GE’s new larger-scale quench gasifier and higher-pressure gasification technology will be critical to reducing overall project cost, GE says.

GE has been at the forefront of IGCC technology for more than two decades. GE technology was involved in several milestone projects, including the pilot IGCC plant, Coolwater, in Barstow, Calif., and the Polk Tampa Electric IGCC plant in Florida that helped demonstrate the commercial feasibility of IGCC. GE also is supplying IGCC technology for Duke Energy’s plant in Edwardsport, Ind., that is expected to be the world’s largest IGCC facility when it comes online in 2012.

The United States and China are two of the largest consumers of coal for industrial applications and power generation.



IGCC could be able to divert the syngas from power generation to fuel production depending on electricity demand. The syngas could feed solid oxide fuel cells running in buildings as CHP running as a baseload with the plants combined cycle turbine able to load follow

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