Senior FEWA Executives Visit the Worlds Most Efficient Combined Cycle Power Plant, Powered by GEs 9HA Gas Turbines

Environment

Senior FEWA Executives Visit the Worlds Most Efficient Combined Cycle Power Plant, Powered by GEs 9HA Gas Turbines

A group of senior executives from the UAE's Federal Electricity & Water Authority (FEWA) have visited lectricit de France's (EDF) Bouchain Power Plant in France. The facility was recognized last year as the world's most efficient combined cycle power plant based on an accomplished effectiveness price of 62.22 percent and powered by GE's 9HA gas turbines.

The delegation from FEWA included Mohammad Saleh, General Director; Othman Juma Al Ali, Director of Money Directorate; Eng. Adel El Sayed Hassane, Manager of Engineering & Projects; and Khawlah Sultan Al Ali, Manager of Wholesale Deals. Additionally existing was Marina Hashim, Managing Director & CEO of EDF - Middle East.

The plant specialists led an excursion of the center and provided the attributes of GE's HA technology, its functional application at Bouchain as well as its impact on improving grid stabilization and efficient dispatch. The delegation was offered in-depth understandings on the industry-leading effectiveness standards that can be attained with GE's HA innovation in addition to details on its flying start up, fast tons modifications and reduced emission degrees, that make it an exceptional fit for fulfilling the UAE's energy needs.

Mohammad Saleh, General Director of FEWA, stated, "FEWA's objective includes giving first-rate electrical power and water services, while developing the needed infrastructure to meet the expanding demand in the emirates. We are constantly assessing world-leading technologies and best techniques in order to help fulfill the need for efficient, dependable and economical power while reducing ecological emissions. The excursion of the Bouchain plant highlighted the efficiency of GE's HA innovation in potentially helping us to fulfill these goals."

The outcome of US $2 billion in research and development, GE's HA technology is the world's most reliable gas turbine and has actually established industry standards in the affordable conversion of fuel to power. It has undergone full-speed, full-load recognition tests at severe conditions well beyond those encountered while in service, and has completed greater than 30,000 operating hrs. Greater than 70 HA systems have actually been gotten to this day by greater than 25 customers throughout 15 nations, including the United States, Brazil, Japan, Bahrain, China and others.

Ghassan Barghout, President & Chief Executive Officer of GE's Gas Power Equipments business between East and North Africa (MENA), claimed, "It is our honor to have FEWA's senior delegation on an excursion of the Bouchain Power Plant where our HA technology's world record-setting effectiveness provides remarkable worth for EDF and customers. This innovative modern technology is an archetype of our ability to create advanced power generation technologies alongside our digital capacities. With confirmed outcomes internationally, GE's HA gas wind turbines have the potential to change the region's power sector and substantially add to the UAE National Vision of 2021 and the UAE Energy plan 2050."

Along with ground-breaking efficiency, the HA innovation also supplies industry-leading versatility. It enables customers to keep stable power production and to accurately accommodate grid variants with quick start up, rapid tons adjustments and other attributes. It can reach from start to complete lots in less compared to 30 minutes, providing reputable and flexible procedures not just for large power plants and utilities but likewise for restricted nuclear power plant or little grids.

Moreover, it offers considerable fuel flexibility, fitting both gas and fluid fuels with large gas variability, including high ethane and dissolved gas. This offers beneficial cost financial savings to customers, as the generators could operate on the most economically offered fuel for a given operation.

The technology is currently being proactively deployed by power plant operators in the MENA and Pakistan region. It will be utilized to power the worlds largest single-site smelter at Aluminium Bahrain (ALBA) and a number of devices have currently gotten in commercial operations in Pakistan.