Rice Husk Biomass
Solution Type
Biomass Power
Location
India
About this Project
What is rice husk biomass?
Rice husks are the hard protective covering of grains of rice that are discarded when rice is harvested. The rice husks are transported from the nearby rice mills in the region to the project site, and are combusted in a boiler. The combustion produces high-pressure steam which is used to turn a turbine, which drives a generator to produce electricity. Thus, they help reduce methane emissions from uncontrolled burning of biomass by using it to create energy.
Why India?
With a population of over 1.3 billion, India is fast becoming one of the most energy intensive areas on the planet, whilst 9/10 businesses still use fossil-fuelled electricity to conduct operations. What is the solution? This small project involves the implementation of a 5MW cogeneration power project powered by waste rice husks. The project is designed to meet growing electricity demands as local manufacturing of paper products and general infrastructure develops, without producing increases in fossil fuel energy usage.
How you can help
Supporting this project means directly funding the development of sustainable energy delivery practices in one of the more emission intensive industries. As the world moves away from harmful production and consumption models of paper based products, biomass energy conversion will be a key transition piece in reducing the impact that industrial production generates.
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Solution Impact
Carbon Reduction
Fact File
📜 Waste-to-energy for paper industry
💨 29,664 tCO2e of emission reduction
⚡ 35,196 MWh net electricity generated
🔍 Small project with easy to track impact
Partnerships & Certification
Furthr Contribution
Annual Carbon Prevented
29,664 tonnes
Project Location
SDG Certifications
Affordable and Clean Energy: This project has generated 35,198 MWh of renewable electricty
Decent Work & Economic Growth: This project has directly employed 21 individuals at site and generated 12 additional supply chain hires
Climate Action: This project has had verified emission reductions of 29,664 tCO2e