Here’s a question to test you – let’s test you indeed! In an open-type mixing tank for lime slurry, how is the density and liquid level measured?
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Let me ask you a question: In an open-tank mixer for lime slurry, how is the density and liquid level measured? A friendly reminder: Lime slurry contains gypsum, and gypsum will solidify and form clumps – those clumps are very hard; it’s said that even wolf dogs can’t crush them with their teeth...
This is how we handle waste acid: The method used to measure the liquid level is a radar level gauge, but this approach cannot determine how thick the sediment at the bottom is (one has to use a probe to estimate it). The density inside the tank is measured by manual sampling and specific gravity testing. The original poster has good methods; please share them! If there’s a chance, I still want to make some improvements; after all, “integration of the two” is required these days!
Seeing this title, I knew it was a post from you, the boss – it has a distinct personal style: lol
Buy your product, right? ;P;P;P;P;P
{:3_51:} Thank you!, thank you! Wishing you a happy New Year~~~~~~~~~ . .
Lime slurry mixing tank – what type of radar is used? Tell me about it...
Lime slurry mixing tank: Is there any erratic fluctuation in the readings obtained using differential pressure? With differential pressure, does the gypsum form a hardened crust that adheres to the membrane?
Fluctuations are inevitable; what does it matter if they’re accurate or not? Gypsum? How much gypsum can be inside? The filtrate water contains 1% solids; how much gypsum can be added to it as pulping water? The mixer needs to be chosen properly. Density and liquid level are secondary