Indian Cement Plant MEP + Pollution Control — CPCB 2022 + WBCSD + IEA Cement 2050

A 2 MTPA Indian dry-process cement plant demands ₹542 Cr MEP + pollution-control capex with bag-house + SCR + dry FGD bringing pre-heater + kiln stack to PM ≤ 30 / SO2 ≤ 100 / NOx ≤ 600 mg/Nm³ per CPCB 2022 + WHR plant for 5-8 MW. CPCB CARE + WBCSD + IEA Cement 2050 + BEE PAT govern. Three failures: pre-heater stack > 320°C wasting thermal (specify WHR before stack), bag-house bag selection wrong for alt-fuel mix (PTFE-coated needed), CEMS not connected to CPCB CARE real-time network.

Indian cement plant MEP + pollution control framework

Indian cement industry (UltraTech, Shree, Ambuja, ACC, JK, Dalmia, Birla) is 7 % of India CO2 emissions + faces tightening CPCB Emission Norms + GHG Roadmap. Standards stack — CPCB Cement Industry Emission Norms 2022 (PM ≤ 30 mg/Nm³ + SO2 ≤ 100 mg/Nm³ + NOx ≤ 600 mg/Nm³) + WBCSD Cement Sustainability Initiative + IEA Cement Technology Roadmap 2050. Bag-house + ESP for PM, SCR for NOx, dry FGD/scrubber for SO2 + co-processing of waste-derived fuel for thermal substitution.

2 MTPA dry-process cement plant MEP + pollution control scope

Three Indian cement MEP + pollution control failures

1. Pre-heater stack temperature > 320°C — high stack temperature wastes 5-8 % thermal energy + makes SCR ineffective. Specify additional heat-recovery + waste heat-to-power (WHR plant) before stack — saves 6-10 kWh/t-cement = ₹40-65 Cr/yr on 2 MTPA.
2. Bag-house bag selection wrong for fuel mix — co-processing of alternate fuels (RDF + tyre + biomass) increases stack temperature + dew-point. PTFE-coated bags needed; standard glass-fibre bags fail in 6 months. Specify per fuel-mix forward.
3. No continuous emission monitoring connected to CPCB CARE network — CPCB requires CEMS data uploaded to CARE in real-time. Non-connectivity = compliance failure + plant closure notice. Specify Modbus + LAN integration at design stage.