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On the eve of the Spring Festival in 2018, Aerospace Engineering Company signed a contract with Indorama Company; this was the company’s first foreign exchange-related contract, and it represented its second international cooperation effort after working with Air Liquide. Indorama Company, along with Air Liquide Group, is among the world’s top 500 companies as well as among the top 50 chemical companies globally. To achieve the efficient and environmentally sustainable use of lignite in the Indonesian region, Indorama Corporation searched around the world for gasification companies with reliable and mature technologies, and after careful selection, chose Aerospace Engineering. Under this partnership, the aerospace engineering company will optimize the gasification process for the Indonesian lignite supplied by Indorama Company, providing technical validation for its future industrialization. This partnership lays a more solid foundation for the aerospace engineering company’s future international business expansion. It is also a practical step taken by the company to uphold the concept of green development and to bring benefits to society and humanity. According to the official website of the aerospace engineering company, it was established in June 2007. With aerospace-based pressurized coal gasification technology as its core, the company is an engineering firm specialized in the research and development of coal gasification technologies and related key equipment, as well as in engineering design, technical services, supply of complete sets of equipment, and project general contracting. Aerospace Engineering Company is the national engineering research center for pulverized coal gasification technology in the petroleum and chemical industry. It is a high-tech enterprise in Beijing, a pilot enterprise for the Patent Engine program in Beijing, as well as a high-tech enterprise in Zhongguancun. The company holds 42 patent technologies, including inventions related to aerospace pulverized coal pressurized gasification technology and gasifier burner technology. It possesses Class A engineering design qualifications for the chemical, petrochemical, and pharmaceutical industries (including chemical engineering, storage and transportation of petroleum and chemical products, biochemistry, biopharmaceuticals, and traditional Chinese medicines). Additionally, it has design qualifications for pressure vessels of grades A1/A2/A3/SAD, as well as for pressure pipelines of categories GB/GC/GD. The aerospace coal pressurized gasification technology can be applied in various fields such as coal-based synthetic ammonia production, coal-based methanol production, coal-based olefin production, coal-based ethylene glycol production, coal-based natural gas production, coal-based oil production, coal-based hydrogen production, and IGCC power generation. In terms of production stability, adaptability to different types of coal, operational efficiency, safety during operation, and environmental friendliness, this technology offers significant competitive advantages over similar technologies available domestically and internationally.