Role of Biomass Pellets in Cutting CO₂ & Coal — And How NTPC Is Enabling It

Biomass pellets made from crop residues (rice husk, paddy straw, bagasse, etc.) replace a share of coal in power plants. Because residues are part of the short carbon cycle and pellets burn cleaner (low moisture, uniform size, higher bulk density), co-firing pellets can:

• reduce net CO₂ emissions versus 100% coal,

• lower coal consumption for the same electricity,

• cut SOx/NOx/PM compared to raw biomass burning,

• create rural income for farmers by monetizing residues.

NTPC’s Role

• NTPC invites pan-India pellet supplies and enables biomass–coal co-firing at multiple stations.

• This directly reduces stubble burning by turning paddy straw from Punjab, Haryana and other states into fuel-grade pellets.

• Result: cleaner air, avoided open-field fires, steady demand for pellets, and a new residue-to-revenue stream for farmers.

What this means for India

• Less coal per MWh and lower lifecycle emissions.

• Valorization of ag waste; fewer seasonal fire episodes.

• Stronger pellet ecosystem: collection → densification → logistics → co-firing.

Suggested creative (for the poster)

Top band: “Residue to Revenue. Smoke to Power.”
Three panels:

1. Biomass Available – farmers baling paddy straw.

2. Pellets Prepared Daily – pellet mill line (hammer → dryer → ring-die).

3. NTPC Daily Co-Firing Demand – power plant silhouette with pellet+coal icons.

Footer (your branding):
Proveg Engineering & Food Processing Pvt. Ltd.
Kota • Pune • Guwahati • Banaras • Faridabad
📞 7073642737 | 🌐 www.yulongproveg.com

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