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    Home > Inorganic Chemistry Topics > Inorganic Chemistry Project > Ultra-high power graphite electrode project settled in Lanzhou

    Ultra-high power graphite electrode project settled in Lanzhou

    • Last Update: 2022-02-20
    • Source: Internet
    • Author: User
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    On August 20th, Baosteel Chemical and Fangda Carbon's 100,000-ton/year ultra-high-power graphite electrode project signed and the project groundbreaking ceremony was held in Lanzhou
    .
    The two parties will jointly invest 2.
    7 billion yuan to build a 100,000-ton/year ultra-high-power graphite electrode project in Honggu District, Lanzhou City
    .
    After the completion of the project, the structure of carbon products will be further optimized to meet the needs of steel companies for high-quality, large-size, and ultra-high-power graphite electrodes, and to enhance the "intelligent manufacturing" level of overall equipment in China's carbon industry
    .
    The site of the 100,000-ton/year ultra-high-power graphite electrode project is located in Honggu Park, Lanzhou Economic and Technological Development Zone, Pingan Town, Honggu District, with a total land area of ​​about 1,000 mu.
    It is planned to start construction in 2018 and be fully completed and put into operation in 2020
    .
    The project is a high-efficiency and low-pollution circular economy industry project strongly advocated by the national supply-side reform.
    It will adopt high-end graphite electrode production technology, international advanced equipment and optimized energy-saving and environmentally-friendly technology, and has the characteristics of safety, environmental protection, energy saving, and high efficiency
    .
    The project also fully considered the "three wastes" treatment and comprehensive utilization measures.
    The environmental protection facilities and equipment are manufactured by manufacturers with international advanced levels, and the "three wastes" are controlled in accordance with better than the national pollutant emission standards
    .
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