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2022-08-12
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Mitsubishi Heavy Industries of Japan obtained power generation equipment from Baotou Iron and Steel Company

Mitsubishi Heavy Industries of Japan obtained power generation equipment from Baotou Iron and Steel Company

China Construction machinery information

Guide: Mitsubishi Heavy Industries of Japan, August J) experimental software: Chinese Windows interface announced on the 16th that it had obtained orders for two sets of high-efficiency gas turbine combined cycle (GTCC) power generation equipment from Baotou Iron and Steel Company of China. The equipment will be set in the iron and steel plant, and the high-temperature steam produced by the blast furnace will be used as fuel for power generation. The total output power is about 30 kW. Some respondents also said that the reason is limited by relevant regulations (12.99%). Estimated score

Mitsubishi Heavy Industries of Japan announced on August 16 that it had obtained orders for two sets of high-efficiency gas turbine combined cycle (GTCC) power generation equipment from Baotou Iron and Steel Company of China. The equipment will be set in the iron and steel plant, and the high-temperature steam produced by the blast furnace will be used as fuel for power generation. The total output power is about 300000 kW. It is expected to be put into operation in August and September 2014 respectively

the order amount has not been announced. The two sets of gas turbine combined cycle power generation equipment use the blast furnace steam and coke furnace steam generated in the iron making process to drive the turbine. Because the emitted steam is used instead of liquefied natural gas (LNG) as fuel, the energy cost of power generation dissipation is low. It can also reduce carbon dioxide emissions

gas turbine combined cycle is a power generation method combining gas turbine and steam turbine. First, high-temperature and high-pressure steam is used to drive the turbine for power generation, and then the waste heat generated during power generation is used to generate steam to drive the turbine, so as to realize secondary power generation

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