How are the gas volume and mass flow rate generated by Phase 1 calculated?
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How are the gas volume and mass flow rate generated by Phase 1 calculated? As shown in the figure below: How much is the amount of condensate after primary condensation? Of particular concern is the generation amount of gas 1 – what are its volumetric flow rate and mass flow rate? What are the volume flow rate and mass flow rate of the gas after secondary condensation? Thank you!
How is the amount of Gas 1 and Gas 2 produced calculated or estimated?
It is recommended to get a copy of \"Principles of Chemical Engineering\"; the section on heat transfer can help solve your problem. I’m not sure if your question is about designing a cooler? Or just for use? ? If it’s about design, then it’s the design of heat exchangers. If it is a user, then they need to follow these control points and keep things within the specified range. For cost accounting, just add a pressure gauge and flow meter. For reference.
I would appreciate your guidance; it’s purely chemical engineering calculations, not engineering work – it should involve material balance
Because this topic falls under the category of process design, there are many factors and conditions that have not been taken into account. This diagram represents only a part of it; if production is continuous, several more tanks need to be used in sequence. If you want to calculate the weight of these 32% hydrochloric acid in a volume of 0.8 cubic units, determine what the solubility of the liquid is after passing it through a first-stage cooler at 40°C, calculate the remaining amount, and then find the solubility at 5°C after cooling in a second stage. What’s left is the weight of the two condensates,,, You’d better find a designer; I guess no one here has invested the time in this already,,, My skills are limited, so I’m not participating. Hehe, giving up in the face of difficulty: lol