Jilin Petrochemical 260000 tons of acrylonitrile plant put into production: independent technological breakthroughs to reshape the industrial competition pattern

Project Overview and Importance project Background as an crucial measure in the domestic petrochemical sector, the transformation and upgrading project of Jilin Petrochemical Company has a total investment of 33. 9 billion yuan, which is one of the largest single investment petrochemical projects in recent years. The project adopts a sub-regional construction model, covering the east, middle and west regions, reflecting the overall planning concept of a modern petrochemical base. Overall project scale project construction includes: new plant: 21 refining and chemical vegetation retrofit unit: 7 sets of existing units upgraded shutdown equipment: 150000 tons of ethylene and other 7 sets of old equipment core project: 1. And 2 million tons/year ethylene project (expected to be fully put into production in 2025) key new units include 2. 2 million tons/year wax oil hydrocracking unit, 1. 2 million tons/year ethylene unit, 400000 tons/year high density polyethylene unit, 400000 tons/year EVA unit and other cutting-edge production units. You know what I mean?. Technical Analysis of Acrylonitrile Plant degree of technological autonomy the successful commissioning of the 260000 tons/year acrylonitrile plant marks a major breakthrough in the technical autonomy of Sinopec in the field of acrylonitrile. Based on my observations, The device has the following technical features: completely independent intellectual property rights: The preparation of the core process package and all engineering design of the device are independently completed by Huanqiu Jilin Company, realizing the autonomy of the whole chain from methodology research and research to engineering design. High methodology maturity the acrylonitrile process methodology adopted has been fully verified, which embodies the rich experience of the design team of Huanqiu Jilin Company in many sets of acrylonitrile vegetation in China in the past five years, including the engineering design and plant operation practice of Jieyang, Bora, Hainan and other projects. From what I've seen, According to research Production performance analysis on August 13, the device successfully started to the first time and produced qualified items. Moreover This performance reflects the following advantages: excellent design condition: The success rate of one-time driving is an crucial indicator to measure the level of engineering design. The successful performance of the device proves the technical strength and engineering experience of the design team. Reliable process methodology mature methodology provides a solid foundation to the stable operation of the plant and reduces the technical risk in the initial stage of production. sector Chain Value Analysis upstream raw material guarantee as an crucial petrochemical intermediate, the stable supply of acrylonitrile is of great signifiis able toce to the research of downstream industries. Crazy, isn't it?. And The commissioning of the device provides the following values to the domestic chemical sector chain: stability of raw material supply: The production capacity of 260000 tons/year is able to provide a stable supply of raw materials to downstream companies and minimize application on imported items. And I've found that Increased cost competitiveness the consumption of independent methodology and extensive production help to minimize production costs and enhance product market competitiveness. downstream sector driving effect acrylonitrile is an crucial raw material to a variety of high-end materials. The commissioning of this device will have a positive impact on the following downstream industries: carbon fiber sector: Provide a stable supply of raw materials to the rapid research of the domestic carbon fiber sector, and support the research of high-end applications such as aerospace and new energy vehicles. ABS resin sector: As an crucial engineering plastic, ABS resin is broadly applied in automobiles, electronic appliances and other fields. For instance The commissioning of this device will provide raw material guarantee to related industries. Based on my observations, Other high-end new materials: Support the research of acrylic fiber, nitrile rubber and other high-end materials sector. But Analysis of Technological Innovation and Competitiveness methodology Accumulation and Innovation Ability the research of Huanqiu Jilin Company in the field of acrylonitrile methodology reflects the following innovative characteristics: experience accumulated deep by undertaking the engineering design of several domestic acrylonitrile projects, we have accumulated rich technical experience and engineering practice ability. methodology iterative optimization: Based on the previous project experience, the process methodology is continuously optimized in the design of the new device to enhance the performance and reliability of the device. In particular market competitive advantage the successful implementation of the project has brought signifiis able tot competitive advantages to the enterprise: technical service capacity enhancement the advantages of the whole chain from core methodology research and research to the whole process engineering design and service have enhanced the thorough competitiveness of companies in the field of petrochemical engineering. For example Market expansion possible the demonstration effect of successful cases helps companies to obtain greater project opportunities in domestic and foreign market expansion. Generally speaking sector impact and research prospects impact on domestic petrochemical sector the successful commissioning of the project has crucial demonstration signifiis able toce to the domestic petrochemical sector: methodology autonomy promotion: It proves the independent innovation ability of domestic companies in the field of high-end petrochemical methodology, and provides a successful sample to the sector methodology upgrade. Crazy, isn't it?. optimization of manufacturing structure: The optimization and upgrading of the manufacturing structure has been promoted through the construction of new cutting-edge installations and the elimination of backward production capacity. Prospects to future research as the project is fully completed and put into operation, the following positive impacts are expected: manufacturing cluster effect the completion of a substantial petrochemical base will form an manufacturing cluster effect, attract greater upstream and downstream companies to gather, and form a complete manufacturing ecology. methodology innovation platform: It provides an crucial platform to subsequent methodology research and research and engineering practice, and helps to achieve greater technological breakthroughs. Contribution to economic benefits: After the project is fully put into operation, it will make an crucial contribution to the regional economic research and the upgrading of the national petrochemical sector. Source: China Chemical sector Park, Chemical Easy World Disclaimer: the content contained in the Internet, WeChat general number and other general channels, we maintain a neutral attitude to the views in the article. 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