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I would like to ask about the process parameters of the HCL graphite synthesis furnace

2008-01-09View Original

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This post was last edited by sunjl1981 on 2013-1-6 at 23:44. What are the current temperature and pressure levels during production in HCL synthesis furnaces? Also, our production capacity is around 1,200 tons of HCL per year. My rough calculation is that 2 to 3 4-ton storage tanks for liquid chlorine would be needed – is that correct? This post was last edited by edc1233 on 2008-6-1 07:08 ] # , , &
Reply #22008-01-09
1. Which point does the temperature refer to? The furnace pressure requirement for simply synthesizing hydrogen chloride is generally less than 50 kPa. 2. If you don’t have a chlor-alkali plant, then you have no choice but to do this, but it’s not cost-effective at all – the scale is too small. According to regulatory requirements, there should be at least 2 liquid chlorine storage tanks, but what you’ve built is far too small. :Lol 3. Also, it’s likely that this project won’t be approved if applied for separately; it can work if included as part of a larger project. :lol
Reply #32008-01-10
1. The temperature I want to know is the temperature inside the synthesis furnace. 2. How old should that guy be? ? 3. Our project is included within a larger project, hehe;P
Reply #42008-01-10
1. By saying it’s too small, I mean your scale is small; but there’s nothing you can do about it – if there are no chlor-alkali plants in your area, you’ll have to set one up on your own! :lol 2. The temperature in the synthesis furnace? I still don’t understand what it refers to. The synthesis of hydrogen chloride generally employs a two-in-one graphite furnace; there are types that produce hot water as a by-product and those that produce steam. The temperature at the outlet of the furnace varies depending on the load, with temperatures reaching up to 3000 degrees. Therefore, the furnace needs to be cooled. The temperature of the hydrogen chloride exiting the furnace is usually above 100 degrees, so a graphite cooler is required to bring it down to below 50 degrees, so that non-metallic corrosion-resistant pipes can be used.
Reply #52008-01-11
Thank you, I now fully understand. I still need to ask for more advice from everyone

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