Yangzi Petrochemical olefin plant will build Sinopec's best olefin plant
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In the second half of this year, the Yangzi olefin plant will complete the new round of development of the new BA-1105 cracking furnace Zhongjiao, Yangzi ethylene oxide chemical plant loading station put into operation, 180,000 tons / year EO reconstruction project design introduction and other issues, a new round of development It officially kicked off. New No. 5 cracking furnace produces 100,000 tons of ethylene per year. It adopts the steam tube pyrolysis technology jointly developed by Lums and Sinopec Technology Development Center. It is designed and implemented by Shanghai Engineering Co., Ltd. and is expected to be completed by the end of September this year. China Communications. The construction and application of the new No. 5 cracking furnace will greatly increase the production capacity of Yangzi Petrochemical's ethylene plant. The ethylene oxide storage and transportation station project is located in Nanjing Chemical Industry Park. It has an annual design storage capacity of 200,000 tons and a total investment of 60 million yuan. It is expected to be put into use in October this year. As a storage and sales base for Yangzi Petrochemical's ethylene oxide materials, the construction of ethylene oxide storage and transportation stations in the Chemical Park will be able to meet the increasing demand of epoxy users in the park. After the storage and transportation stations are completed, they will be directly transported by pipelines. The way to provide products to downstream manufacturers in the park will greatly increase the market competitiveness of Yangzi ethylene oxide products. At the same time, the Yangzi olefin plant will focus on the early implementation of the new ethylene oxide refining system and will combine Yangzi-Yangba EO's optimized production plan to carefully plan the work for the maximum possible increase of ethylene oxide production. At the same time, we will accelerate the progress of the 180,000-ton/year EO transformation and the reconstruction of new CO2 compressors.