Indian paint manufacturers are making significant progress in decarbonising their resin and polymer manufacturing processes by substituting conventional fossil fuels with bio-briquettes derived from agricultural residues and biomass waste. Companies that have made early investments in bio-briquette firing equipment and supply chain development are now benefiting from both lower fuel costs and reduced carbon emissions, while also being better positioned to meet evolving regulatory requirements on industrial emissions.
Resin synthesis and polymer processing require substantial heat energy, which has traditionally been provided by coal, furnace oil, or natural gas. These fossil fuels generate significant carbon dioxide and particulate emissions, contributing to both climate change and local air quality degradation. Bio-briquettes made from compressed agricultural residues including rice husk, sugarcane bagasse, groundnut shells, and sawdust provide an alternative heat source with a much lower net carbon footprint, as the carbon released during combustion is considered part of the biological carbon cycle.
The economics of bio-briquette adoption have become increasingly attractive as fossil fuel prices have risen in 2026. Companies that have made early investments in bio-briquette firing equipment and supply chain development are now benefiting from both lower fuel costs and reduced carbon emissions, while also being better positioned to meet evolving regulatory requirements on industrial emissions.
Companies that can demonstrate measurable progress on Scope 1 and Scope 2 emissions reduction are better positioned in procurement evaluations by large corporate clients with their own sustainability commitments, and have improved access to green finance instruments that provide preferential borrowing rates for companies with credible environmental performance records.
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