evaporator

This post was last edited by wanlirn on 2023-2-6 at 10:28. Of course, the tubular falling film evaporator gives better results. But now it’s all multi-effect evaporation, depending on your workload. .

Salt production almost always relies on forced-circulation evaporation

I agree with the original poster’s view. Nowadays, many manufacturing plants, in an effort to maximize profits and sales, recommend forced circulation evaporation to their customers; however, different operating conditions and materials require the use of appropriate types of heat exchangers

This post was last edited by a125398119 on 2023-4-27 08:51. The process must be selected based on the materials. In a falling film system, wouldn’t the heat-sensitive organic substances adhere to the walls? It’s burnt, right? Salt is produced as soon as it’s heated – how does the falling film circulation work? But with good water quality, falling film is definitely the preferred option, as it requires low energy consumption and offers high efficiency. High water hardness and high organic content – of course, forced circulation is required. Forced circulation has a high flow rate, allowing for the circulation of salt; the risk of blockage is relatively low, while its energy consumption is slightly higher than that of falling film circulation. Another point is that, for example, in the low-concentration range no salts will be produced; it’s entirely possible to use falling film circulation first, while employing forced circulation in the high-concentration range. That is, falling film + forced circulation. 18669833633, the same WeChat ID; feel free to contact me if needed.