Can the flow rate of urea solution be measured using an electromagnetic flowmeter?
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Urea is dissolved in ultrapure water, with a concentration of 33%, at a temperature of 25°C to 40°C. Can the flow rate be measured using an electromagnetic flowmeter for this? If possible, what material is better for the electrodes?
Urea solutions can be measured using an electromagnetic flowmeter. Molybdenum-dititanium stainless steel (0Cr18Ni12Mo2Ti) can be used for the electrodes; other options include Hastelloy C, Hastelloy B, titanium, tantalum, and platinum……
Electromagnetic is generally used, and HC electrodes will suffice.
Urea solutions will crystallize; use electromagnetic options with caution.
Unless it’s a low-flow application, electromagnetic ones are generally the choice.
We have 2205 duplex steel specifically designed for urea, and we can use our vortex flow meters to measure it. High precision, no need to worry about crystallization issues. Bro, you can add me on WeChat: 15060667089
To address the crystallization issue, we have full-jacketed vortex flowmeters that can provide heat retention and insulation, thereby solving the crystallization problem.
Can an electromagnetic flowmeter also be used for a 99% urea melt?