Chlorine water produced by the electrolytic chlorine main pipe
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This post was last edited by sunjl1981 on 2013-1-7 00:27. I would like to ask how to calculate the amount of chlorinated water in the main pipe containing the chlorine gas produced through electrolysis With a production capacity of 160,000 tons per year, how much chlorine water is produced in a day? Is there a calculation method for this? # hcbbs
This is a rather complex issue. A saturated aqueous solution of chlorine is what’s known as chlorine water; chlorine water is formed when the temperature drops in the electrolyzer. The amount of chlorine water produced equals the amount of water vapor present in the chlorine gas, plus the amount of chlorine that dissolves, minus the water content in dry chlorine. There are so many factors involved here; no wonder no one has replied. It’s not clear how much water vapor is present in wet chlorine gas: L
160,000 tons of caustic soda correspond to a chlorine production of 142,000 tons; considering the water content, 142,000 * 0.218 = 30,000 tons. This is equivalent to 3.75 tons per hour (ignoring the chlorine that dissolves). Last edited by limingshuguang on 2009-4-18 at 19:08.]
It can be calculated based on the chlorine outlet temperature of the electrolyzer, the chlorine temperature at the inlet of the scrubber, as well as the flow rate of wet chlorine at the electrolyzer outlet or the scrubber inlet; it’s very simple, no problem at all
It is calculated at different temperatures based on the water vapor partial pressure in saturated chlorine gas. Then add them together.