Calculation of the effective volume of the crystallizer
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Calculation of the effective volume of the crystallizer
This is mainly determined by the requirements of the crystallization process and the kinetic factors involved in it; we can discuss this if necessary.
Reply to 2# yanglibin_tju: Hello, use cooling crystallization to cool a 37% magnesium sulfate solution at 70 degrees to 30 degrees in order to precipitate magnesium sulfate heptahydrate crystals. Please give me specific guidance! For example, the reference books, the specific calculation steps, and the formulas used! I have very little information here, so I don’t know where to start
The next book is titled Industrial Crystallization; take a look – it’s quite detailed
In the case of continuous operation, the effective volume of the crystallizer should take into account crystal growth kinetics and residence time in order to achieve the desired production capacity. Intermittent operation mainly takes into account cooling load, material turnover, etc
Reply to 4# tf176: I’m unable to download this book on industrial crystallization. Could you provide it? Thank you! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !
Reply to 6# llm010: Give me your email address and I’ll send it to you
Send me an email and I’ll send you the book
Reply to 7# tf176 lilingmi123@126.com Thank you so much! ! !
:dizzy::dizzy: I want industrial crystals too, lzj2008888@163.com
Effective volume? Can’t it be calculated?