Fushun Petrochemical Company’s 800,000 tons/year ethylene plant capacity expansion and energy efficiency improvement project – Solution polymerization polyethylene plant
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On July 16, the results of the bidding process for the installation work of the solution-based polyethylene plant as part of Fushun Petrochemical Company’s 800,000 tons per year ethylene plant expansion and energy efficiency improvement project were made public. The winner was CNPC Jilin Chemical Construction Engineering Co., Ltd. The newly built 200,000 tons/year solution-process polyethylene plant utilizes technology jointly developed by Fushun Petrochemical Company and Daqing Petrochemical Engineering Co., Ltd. At 9:28 on July 10, the newly built air separation unit for Fushun Petrochemical Company’s 800,000 tons per year ethylene plant improvement and energy efficiency enhancement project was successfully delivered; the construction period of 130 days set a record as the shortest time ever taken for the construction of a similar type of facility. Song Yuntong, the company’s deputy general manager, Ren Xiaobing, also the company’s deputy general manager and chief engineer, leaders and representatives from the project design, construction, and supervision parties, as well as officials and employees from the ethylene project management department and the olefin plant, attended the ceremony held by CCCC. The handover ceremony was presided over by Yu Chenyi, a senior expert at the company and the executive deputy manager of the ethylene project.
Finding a “home” for various greenhouse gases Carbon and technology, through innovation, are driving the industry to shift from a \"policy-driven\" model to a \"market-driven\" one. Qi Li said that in terms of technological innovation, the company has filed more than 20 patents; it has been granted 3 domestic invention patents, 2 international invention patents, and 9 utility model patents. The company has also received the Second Prize in the Innovation and Entrepreneurship Award from the China Invention Association. Leveraging his extensive experience in PSA gas separation, Qi Li turned his attention to other areas of gas separation. Today, Carbon and Technology has established its operations in four key areas: carbon dioxide capture and recovery, methane purification, hydrogen drying and purification, and helium purification. It provides customized process solutions for enterprises’ carbon emission reduction projects, covering the entire process from project diagnosis and economic analysis to process design and equipment supply. In 2009, Carbon and Technology initiated research and development on methane purification technology. Compared to the investment of hundreds of millions of yuan required for carbon dioxide capture, the investment needed for methane recovery is as low as several million yuan; moreover, since methane can be directly converted into RNG for use as a fuel or for power generation, it offers better economic advantages. “We have calculated that the return on investment for methane purification and reuse is higher than that for carbon dioxide projects; as the demand for reducing methane greenhouse gas emissions grows, this area is likely to see significant market growth in the next three to five years. ”Qi Li said. For the chemical industry, the key to seizing the opportunities presented by the \"dual carbon\" goals lies in figuring out how to transform policy benefits into sustainable business models. To date, Carbon and Technology has established strategic partnerships with over a hundred design institutes, enterprises, and chemical industrial parks, including companies such as CNPC and Wanhua Chemical. It offers end-to-end solutions ranging from process package design to the production of key equipment. In the future, as the carbon trading market continues to expand and policies for methane management are gradually implemented, innovative enterprises like Carbon and Technology, which specialize in specific fields, will have even greater opportunities for growth.
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