Analysis of dissolved sulfate concentration is based on the precipitation reaction of bariumsulfate, creating Baso4 5) (named barite) and its settling. The following water quality is given:TDS = 650 mg/I, (SO) = 40 mg/l as S.Solubility constant of BaSO:: Kip (Baso.) = 1.1 1010Determine how many mg of BaCl, should be added to 200 ml of a solution at the givenquality for completely precipitating the sulfate. That is, calculate the dose required for 99.9%removal, while assuming saturation with respect to barite is immediately reached.

Given data: Concentration of sulfate ions = 40 mg/L Ksp of BaSO4 = 1.1 x 10-10

Analysis of dissolved sulfate concentration is based on the precipitation reaction of barium sulfate, creating Baso.s (named barite) and its settling. The following water quality is given: TDS = 650 mg/l, [SO.2) = 40 mg/l as S. Solubility constant of BaSO: K (Baso.) = 1.1 10 10 Determine how many mg of BaCl, should be added to 200 ml of a solution at the given quality for completely precipitating the sulfate. That is, calculate the dose required for 99.9 % removal, while assuming saturation with respect to barite is immediately reached.

Analysis of dissolved sulfate concentration is based on the precipitation reaction of barium sulfate, creating Baso.s (named barite) and its settling. The following water quality is given: TDS = 650 mg/l, [SO.2) = 40 mg/l as S. Solubility constant of BaSO: K (Baso.) = 1.1 10 10 Determine how many mg of BaCl, should be added to 200 ml of a solution at the given quality for completely precipitating the sulfate. That is, calculate the dose required for 99.9 % removal, while assuming saturation with respect to barite is immediately reached.

EBK A SMALL SCALE APPROACH TO ORGANIC L

4th Edition

ISBN:9781305446021

Author:Lampman

Publisher:Lampman

Chapter79: Solubility

Section: Chapter Questions

Problem 1P

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