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Suggestions and insights from the project construction process, updated continuously. I’m about to take on a new project, so I’m starting this post to summarize the mistakes, describe the work done, and kindly ask all friends for their valuable suggestions. I. The project has just started to be coordinated. 1. A new hanging test instrument was ordered. 2. GB51283 was downloaded; the previous standards were 50160 and 50016. I envy the companies in Jiangsu for having such clear explanations of the regulations – they don’t give vague responses like saying it’s allowed or not allowed. 3. The process package has not arrived yet. It’s just a brief overview; there are many high-risk processes involved. 4. Obtain plans and methods for the disposal of waste materials, in order to prepare for the preliminary work related to the assessment of hazardous waste. 5. A 5L high-pressure reactor was selected. 6. It’s necessary to check which equipment must be retained in the existing workshop. 7. Examine the layout of Class A and Class B storage areas, taking into account GB18218 standards. Note: A storage area of 1000 cubic meters for Class A areas is an excellent standard; it’s best to meet or exceed this requirement. 8. Refer to Safety Supervisor No. 3 to examine the relevant measures for high-risk processes. 9. Refer to Document No. 140 to look at the safety measures related to distillation processes. 10. If the size of the reaction vessel needs to be increased, consult the design institute to conduct load calculations on the existing reinforced concrete structure
It’s rare to see someone who is involved in process design and works on projects firsthand share their thoughts and experiences. Looking forward to the follow-up!
Yes, for new projects nowadays, it’s necessary to learn more about the specifications. . .
Updates are supported; issues may arise at each stage, which can serve as a reference for other projects.
In learning*, determining how to adopt various standards is also a persistent problem.
2021.1.10 1. Measured the dimensions of the existing workshop. 2. Got a 3D modeling plugin. 3. Assigned three teams: one for process validation, one for continuous flow experiments, and one for equipment layout. 4. Calculated the reaction time and determined the number of sets of equipment required. 5. Began to arrange separate pipelines for steam and condensate water; in the previous two years, steam and circulating water shared the same pipes, which were in very poor condition. 6. Organize buried pipelines