China ENERGY Group Ningxia Coal Industry Co., Ltd.

مخفف سازنده：NINGXIA COAL

محل استقرار：Chinese Mainland Ningxia

3 گونه13 مدل

معرفی

National Energy Group Ningxia Coal Industry Co., Ltd. (formerly known as Shenhua Ningxia Coal Industry Group Co., Ltd.) marks the inception of Ningxia's coal industry in 1956. Three mining areas—Shizuishan, Shitanjing, and Lingwu—were successively established, leading to the formation of three mining administrations under the same names. These administrations were restructured into corporate entities in 2000. With the implementation of the Western Development Strategy over its first decade, Shenhua Ningxia Coal Group underwent two reorganizations. The company’s pillar industries include coal deep processing, coal mining, coal chemical industry, and railway operations. In the coal chemical sector: The Ningdong Energy and Chemical Base has been designated as one of China’s six planned pit-head power bases and six major coal chemical bases. Guided by the development philosophy of a multi-product coal-based chemical recycling economy, the company is vigorously advancing its coal chemical industry by introducing advanced coal gasification and synthesis technologies. Currently, in addition to the completed 250,000 tons/year coal-based methanol and 210,000 tons/year coal-based dimethyl ether (DME) projects, the company is constructing a 600,000 tons/year coal-based methanol project, a 520,000 tons/year coal-based olefins project, and a 60,000 tons/year polyoxymethylene (POM) project. By 2010, the production scale is expected to reach 630,000 tons of DME and 500,000 tons of olefins, with efforts underway to launch the coal indirect liquefaction project and the second phase of the olefins project. By 2015, the coal indirect liquefaction capacity is targeted to reach 7.4 million tons, coal-based DME 830,000 tons, and coal-based olefins 1 million tons. By 2020, the goals include 1.2 million tons of coal-based DME, 2.52 million tons of coal-based olefins, and 10 million tons of coal indirect liquefaction.