India Biomass Pellet Co-firing Growth
Official adoption milestones showing cumulative biomass co-fired in thermal power plants.
India’s biomass market is driven by industrial fuel substitution, crop-residue utilization, and the need for reliable pellet supply at scale.
India’s biomass opportunity is not just about cleaner fuel. It is about converting agricultural residue into a usable industrial energy source with dependable commercial supply.
India’s biomass pellet market is no longer emerging. It is already seeing real demand from thermal power plants, supported by policy and a large agricultural residue base. By 31 December 2025, 72 plants had started co-firing and cumulative consumption had reached 40.20 lakh metric tonnes.
Official adoption milestones showing cumulative biomass co-fired in thermal power plants.
Thermal power plants already using biomass co-firing.
Cumulative biomass co-fired by 31 Dec 2025.
Increase in biomass co-firing volumes during 2025.
Estimated annual surplus agricultural residue available in India.
Crop-burning pressure creates a clear case for redirecting agricultural waste into productive industrial fuel.
India’s biomass base is geographically broad, supporting long-term relevance for pellet manufacturing and supply.
Policy: India’s biomass pellet market is being supported by tighter co-firing rules, with the November 2025 policy requiring 5% annual blending outside NCR and 5% plus an additional 2% blend in NCR.
10% Scenario: Under the official 10% co-firing scenario, India would require around 100 million metric tonnes of raw biomass, with biomass co-firing market potential estimated at about ₹62,000 crore.
Industrial buyers need more than theory. They need fuel that can be procured, dispatched, and burned with consistency. That creates room for disciplined manufacturers with real plant capacity and sourcing strength.
Industrial users are under increasing pressure to reduce coal dependence and evaluate cleaner fuel alternatives where biomass can be adopted practically.
India generates large volumes of agricultural residue that is still burned or wasted. Converting this residue into biomass fuel creates both environmental and commercial value.
Biomass becomes commercially attractive when fuel performance, availability, and delivered cost are managed with discipline.
Government support for biomass co-firing is helping create a baseline level of demand, especially from thermal power plants and institutional fuel buyers.
Biomass pellets serve buyers that need dependable combustion for heat, steam, or process energy while improving their fuel mix.
Biomass pellets are primarily used as fuel for boilers that generate steam and process heat for industrial operations.
Fuel-intensive industries use pellets where consistent combustion and controlled heat output matter.
Pellets are increasingly used as a partial substitute for coal, including in thermal power and industrial energy systems.
Industrial heat users in metals and downstream processing can evaluate biomass as part of a broader fuel strategy.
Fuel-intensive industries with large thermal demand are natural candidates for biomass adoption and blending.
Biomass pellets can be used in food processing and agro-based industries that require reliable heat and steam for drying, boiling, and other thermal operations.
Biomass gives buyers a practical route to lower-emission fuel use without waiting for entirely new energy systems.
Pelletized biomass offers a more consistent format for storage, movement, and controlled industrial use.
Buyers want optionality in their fuel mix, especially when long-term cost and availability are strategic concerns.
As the category matures, buyers are prioritizing suppliers that can support real procurement relationships instead of one-off deliveries.
Sach Bio Power is built around the factors that matter most in industrial fuel supply: reliable production, consistent pellet quality, and dependable delivery.
The business case is supported by real plant infrastructure and process execution, not generic market positioning.
Built around operating discipline, dependable delivery, and structured manufacturing standards for industrial buyers.
On-time delivery performance across committed dispatch schedules.
Quality management discipline supporting product consistency and process control.
Environmental management practices aligned with responsible industrial operations.
Health and safety systems that strengthen plant reliability and operating accountability.