Chemistry, 17.12.2019 01:31 srsnider2017
Wastewater having 22 mg/l dissolved phosphorous (po43−) is treated chemicaly with ferric sulfate ((fe2(so4)3) (concentrated solution of 165 gr/l as fe). how much stock solution (volume in ml) of ferric sulfate is needed per a liter of water treated to achieve 100% po43− removal? how much solids (on a dry basis) are generated in the process per a million gallons of water treated? (show your calculations and provide answers in ml (for volume) and kg (for solids))
Answers: 1
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The solid xy decomposes into gaseous x and y: xy(s) m x(g) + y(g) kp = 4.1 (at 0 °c) if the reaction is carried out in a 22.4 l container, which initial amounts of x and y will result in the formation of solid xy?
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Wastewater having 22 mg/l dissolved phosphorous (po43−) is treated chemicaly with ferric sulfate ((f...
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