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Pure CO2 can be prepared by treating limestone with aqueousH2SO4. Limestone contains CaCO3 and MgCO3 and the remaining is insoluble matter. The acid is 12% H2SO4. The residue composition is as follows: CaSO4 8.56 %, MgSO4 5.23 %, H2SO4 1.05%, Inerts 0.53%, CO2 0.12 %, Water 84.51 %. If during the process the mass was warmed and water vapour were removed. Calculate: (a) Composition of limestone used (b) % excess acid used (c) Calculate the weight and analysis if material distilled from the reaction mass per 1000 kg of limestone treated.

Question-AnswerCategory: Chemical EngineeringPure CO2 can be prepared by treating limestone with aqueousH2SO4. Limestone contains CaCO3 and MgCO3 and the remaining is insoluble matter. The acid is 12% H2SO4. The residue composition is as follows: CaSO4 8.56 %, MgSO4 5.23 %, H2SO4 1.05%, Inerts 0.53%, CO2 0.12 %, Water 84.51 %. If during the process the mass was warmed and water vapour were removed. Calculate: (a) Composition of limestone used (b) % excess acid used (c) Calculate the weight and analysis if material distilled from the reaction mass per 1000 kg of limestone treated.
Satyam asked 1 year ago

Pure CO2 can be prepared by treating limestone with aqueousH2SO4. Limestone contains CaCO3 and MgCO3 and the remaining is insoluble matter. The acid is 12% H2SO4. The residue composition is as follows: CaSO4 8.56 %, MgSO4 5.23 %, H2SO4 1.05%, Inerts 0.53%, CO2 0.12 %, Water 84.51 %. If during the process the mass was warmed and water vapour were removed. Calculate: (a) Composition of limestone used (b) % excess acid used (c) Calculate the weight and analysis if material distilled from the reaction mass per 1000 kg of limestone treated.

Q.2. Pure CO2 can be prepared by treating limestone with aqueousH2SO4. Limestone contains CaCO3 and
MgCO3 and the remaining i

 

1 Answers
Sazid Ahmad answered 1 year ago

A)

The mass of limestone used = 1000 Kg

Limestone contains CaCO3, MgCO3 and inerts

Total mass is conserved

  

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