The technical team of propylene oxide pilot test of Shanghai Institute of technology successfully completed the phased tasks

It is of great economic and social benefits to develop propylene oxide catalyst and complete set of technology with independent intellectual property rights of Sinopec and realize the localization of propylene oxide industrial production In 2019, the 150000 T / a CHP process propylene oxide project led by Shanghai Institute of petroleum and Chemical Technology (hereinafter referred to as Shanghai Institute) was selected as the "ten dragon" scientific and technological research project of Sinopec, marking that the project research and development has entered a new stage At the same time, the propylene oxide pilot test technical team of Shanghai Institute started the "5 + 2, white + black" working mode at the pilot test site in Tianjin, providing technical solutions and on-site technical guidance During the day, they are busy with on-site device operation, analysis and testing At night, they work overtime to study, sort out data, problems and schemes, carefully analyze each working condition and each group of data on the site, carefully carry out the design and comparison of various schemes, and analyze the advantages and disadvantages of each scheme In order to meet the overall progress, the technical team actively promotes the "parallel" and "real-time filling" working mode The test is carried out in parallel with the discussion of node scheme Through the process participation analysis, the real-time result feedback mechanism is established, the progress of test results is mastered at any time, and the real-time tracking and coordination are carried out After more than three months of fighting day and night, the technical team of Shanghai Institute successfully completed the phased tasks according to the node requirements, and achieved phased results in refining and separation.