Does anyone have the PID for a dichloromethane storage tank?
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Dichloromethane has a boiling point of 39°. The storage tank depicted in the drawings I have is designed for normal pressure, with a flat bottom and a conical top; it is cooled by a circulating system of chilled water (using pipes outside the tank), and the insulation thickness is 100. My question is: can this storage tank indeed be designed for normal pressure? Will the temperature inside the tank rise above 39° during summer, causing dichloromethane to continuously be released through the vent valve?
I hope some friends who have done this can send me the PID, or a screenshot will also work. Thank you!
Cooling and insulation are achieved using saline or ice water, followed by protection with nitrogen, with a low pressure design to reduce emissions. However, this requires a pressure relief device on the tank for safety
I also make such jars; could you take a screenshot or send me a DWG file? Email: 280321646@QQ.COM