Evaluate the answer of all parts of the given question

Question- Dry ground limestone (95 wt% Caco3, 5 wt% inert) is added in excess in to a 1M solution of H₂SO₄ in water in order to neutralize the acid, producting CaSO₄, H₂O, and CO₂. The product from the neutralization tank is fed to a heater, in which all the excess CaCO₃ is converted to CO₂ and CaO. CO₂ leaves the heater as a gas, and the solids and liquids leave the heater in one stream as "sludge". Take as a basis 100L/s of the acid solution to be neutralized. The ratio of limestone to acid solution in the feed streams is 1 Ibm limestone to 1 Ibm acid solution.

Part 1- Write the balanced chemical reactions in the neutralization tank and the heater.

Part 2- Calculate the molar flow rates of all species leaving the process.

Part 3- Calculate the mass flow rate of the sludge leaving the heater and of CO2 stream leaving heater.

Part 4- Is total mass and total moles conserved? Verify your answer .

I want experts assist to compute the balanced chemical reactions in the neutralization tank.