Discussion on the vaporization plan for liquid chlorine. Everyone is welcome to participate @!
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This post was last edited by sunjl1981 on 2013-1-6 at 23:26. Those with experience in the liquefaction of chlorine gas or in the vaporization of liquid chlorine, as well as technical personnel, are invited to participate in the discussion regarding the processes and safety aspects related to the vaporization of liquid chlorine! In our company, liquid chlorine is vaporized by using circulating water (at room temperature) to heat the steel cylinders containing liquid chlorine, thereby allowing the liquid chlorine to be released under pressure in a liquid state; it then passes through a vaporizer heated by water at 30 degrees Celsius to be vaporized. We hope everyone can share their suggestions and safety precautions. # &
It’s very good and safe; the vaporization speed might be a bit slow, but as long as it meets the production requirements, that’s fine: lol
May I ask, is it necessary to perform purging during carburetor maintenance and while driving, and should air or nitrogen be used?
In the chlorination processes of fine chemical industry, the vaporization of liquid chlorine is a common occurrence. The Chlorine Safety Regulations stipulate that liquid chlorine cannot be vaporized using steam; it can only be heated with hot water. However, I believe that the vaporization process specified in the \"Chlorine Safety Regulations\" is the one originally used by chlor-alkali plants to generate pressure by filling with chlorine; this process involves vaporizers of large capacity, and using steam for vaporization may cause immediate overpressure in the containers, leading to accidents. However, the chlorinators used in the chlorination process these days are generally sleeve-type vaporizers with a small capacity (not pressure vessels). To accelerate the vaporization rate, steam vaporization can also be employed (by simply controlling the pressure of the heating steam), which helps to reduce the accumulation of nitrogen trichloride in the vaporizer, which is beneficial for safety. The above are just my personal opinions and for reference only. I hope relevant experts can give their opinions on this.
The original poster’s plan is great – safety first; my company also uses recycled water.
Chlorine vaporizers generally have gas intake at the bottom and outlet at the top; is it possible to arrange them with intake at the top and outlet at the bottom? Would this be beneficial for the emission of nitrogen trichloride?
Back to Floor 3: When using a carburetor, it is generally only necessary to drain waste fluid. Replacement is required during maintenance; generally, air is used for this purpose, and nitrogen can be used if conditions permit. The gas that is displaced cannot be released into the atmosphere – it must be absorbed using an alkaline solution.
Can medium-in, high-out be used? ! ! ! Nitrogen trichloride is discharged at the lower part