reaction with water
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Water is generated during the reaction process; solvent azeotropy is used, followed by condensation and subsequent separation of water. The production process is energy-intensive and inefficient – is there a better process? What kind of device can be used for water separation to improve efficiency and reduce energy consumption? Are there any such uses for pervaporation membranes? Welcome to provide guidance and discuss
It is best to refine the question and specify the physical and chemical properties of the relevant materials. It is best to first understand the production principle, to see if it is limited by the physical and chemical properties of the materials used in production, for reference.
What is a solvent? Is it water-soluble? What are the physical and chemical properties of the system’s substances?
When writing a paper, it is also necessary to include examples; you don’t even mention what the specific processes are for that medium, or what level of energy consumption is unacceptable. The professor can’t even write a thesis
What kind of equipment do you have? Cost isn’t an issue; low operating costs are all that matter. Please leave your contact information so we can communicate privately
Haiyou is very proactive, thank you! Azeotropic water separation is a very common process in the fine chemical industry; those familiar with it know that it involves heating, boiling, and condensation, repeated over and over. Especially in the later stages, it takes a long time to remove just 1% of the water, while the 99% remaining material must be heated and then condensed again, resulting in waste of energy such as steam and cooling water – thus leading to high operating costs!
You might not know much about it:)
Hey, give the old post a boost – again, a few years have passed, and technology must have improved by now