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sábado, 15 de septiembre de 2012

Otra Planta Geotérmica para MÉXICO

Mitsubishi construirá una central de energía geotérmica en Michoacán (México)

7 septiembre, 2012

Principio de Funcionamiento de Planta Geotérmica

Mitsubishi Heavy anunció un acuerdo con la Comisión Federal de Electricidad (CFE) para la construcción de una central geotérmica de 50 megavatios en  Michoacán.-
Mitsubishi Heavy espera tener concluida la central geotérmica en diciembre de 2014, en la que será la décimosegunda geotermal que suministra Mitsubishi Heavy a México, informó en un comunicado.-


Mitsubishi Heavy Industies LDA - Press Information (Comunicado de Prensa)

September 06, 2012 No.1571

Tokyo, September 6, 2012 - Mitsubishi Heavy Industries, Ltd. (MHI), jointly with Mitsubishi Corporation, has received a full turnkey order from Comision Federal de Electricidad (CFE) of Mexico to build a 50 MW (megawatt) geothermal power generation plant at its Los Azufres III power station. The power plant, which is slated for completion in December 2014, represents the 12th geothermal power plant to be supplied by MHI to Mexico.-

The Los Azufres III power station is to be located in Michoacan, approximately 250 kilometers west of Mexico City, the capital. In this plant construction project, MHI will be responsible for engineering, manufacture, procurement and installation of major components, including the steam turbine, and balance of plant (BOP), as well as civil engineering work. The generator will be supplied by Mitsubishi Electric Corporation.

CFE, a state-owned electric utility, generates, transports, distributes and markets electric power under the administration of the countrys Ministry of Energy (SENER). CFE operates various types of power generation plants, including thermal, hydro, nuclear, geothermal and wind power. MHI has a longstanding relationship with CFE and has delivered power generation systems equivalent to 30% of the utility's power output.

Mexico ranks fifth in the world in terms of geothermal resources, and MHI has delivered five geothermal power plants to the Los Azufres power station and six units to the Cerro Prieto power station. Together with these existing plants, the new geothermal power plant will provide electricity to meet strong demand in Mexico, where steady economic growth is projected in the coming years.

Geothermal power generation utilizes geothermal fluid, a mixture of high-temperature water and steam extracted from deep underground reservoirs through production wells. The steam extracted from the fluid is used to rotate steam turbines. Geothermal power generation involves no fuel combustion, so it emits no CO2, and it is not affected by weather in generating power, unlike photovoltaic or wind power generation. Due to these advantages, geothermal power generation has been gathering significant attention as a clean energy that contributes to environmental preservation.

MHI is a leading company in geothermal power generation systems, having to date received orders for more than 100 units from 13 countries. The installed capacity of these units totals 3,010 MW, equal to approximately 30% of the world's geothermal power generation installed capacity. Leveraging this strong track record and its technological expertise, MHI will continue aggressive marketing activities for its geothermal power generation systems that contribute to efforts to prevent global warming.
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Business contact: Energy & Environment Power Systems Division 
Examples of a combination of equipment required for a geothermal electric power plant

High temperature water or steam under pressure gushes out of 300 to 3,000 meter deep (production) wells. This flow passes through separators (High pressure water/steam separators) and flushers (Low-pressure water/steam separators) as part of the process that separates the steam from the high-temperature water. The clean steam produced at this stage is sent to the turbine and the geothermal heat energy is converted into electric power. This electric power is delivered by means of power transmission lines to power consumers. The used steam that flows from the turbine is cooled in a condenser and converted to warm water. This warm water is further cooled in a cooling tower and is returned for cooling use to the condenser. The high temperature water that was separated out of the flow is sent from the underground recovery well back into earth.-

Enlaces sobre temas relacionados

Usos de la energía Geotérmica
Uso directo del calor geotérmico en la Argentina
La Energía Geotérmica en Argentina
Costa Rica :Energía Geotérmica
Rwanda : Geothermal Energy
Unione Geotermica Italiana
International Geothermal Association
Energía Geotérmica de Nicaragua

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