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What material is used for the insulation cover of the salt dissolving tank?

2017-02-21View Original

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Our facility uses an open-air, low-level salting method for producing brine from ion exchange membranes. In winter, due to the low ambient temperatures, there is significant heat loss. To address this issue, we are considering adding a thermal insulation cover to the salt pond; what material would be both economical and cost-effective? Are there any friends in the forum who use similar salt-dissolution methods? What approach does your organization use to address the issue of heat loss?
Reply #22017-02-21
Line the steel plate with something. However, considering the heat generated by chlor-alkali processes, a little even distribution is sufficient; overall, there’s an excess of heat.
Reply #32017-02-21
Although there is some temperature in the returned brackish water, by adding fresh water and recovering the amount of by-product steam, around 40 tons of steam still need to be supplied for heating during winter.
Reply #42017-02-21
Although there is some temperature in the returned brackish water, by adding fresh water and recovering the amount of by-product steam, around 40 tons of steam still need to be supplied for heating during winter.
Reply #52017-02-21
Although there is some temperature in the returned brackish water, by adding fresh water and recovering the amount of by-product steam, around 40 tons of steam still need to be supplied for heating during winter.
Reply #62017-02-21
Although there is some temperature in the returned brackish water, by adding fresh water and recovering the amount of by-product steam, around 40 tons of steam still need to be supplied for heating during winter.
Reply #72017-02-21
Although there is some temperature in the returned brackish water, by adding fresh water and recovering the amount of by-product steam, around 40 tons of steam still need to be supplied for heating during winter.
Reply #82017-02-21
That much? Steam condensate can also be used, and other heat exchangers can also be employed for secondary heat exchange.
Reply #92017-02-21
Salt-air corrosion is severe; at present, there are no effective methods for corrosion prevention, and if such methods do exist, the investment required is too high. Our facility also has an open structure, and thanks to the heat from fresh saltwater as well as the hot water in the system, almost no heating is needed.

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