2.5 MW Rice husk based cogeneration plant at Hanuman Agro Industries Limited

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Harnessing Renewable Energy from Rice Husk: A Sustainable Cogeneration Project in India

This impactful project diverts and repurposes previously unutilized waste biomass, transforming it into a valuable resource for clean energy generation. Located in rural India, the core of the initiative is a state-of-the-art 2.50 MW rice husk-based cogeneration power plant. This plant efficiently generates both electricity and steam, directly displacing power that would otherwise be sourced from the national grid, which relies heavily on fossil fuels.

Beyond electricity generation, the project actively reduces reliance on coal for steam production. By utilizing a carbon-neutral fuel source, it significantly mitigates harmful greenhouse gas (GHG) emissions associated with coal combustion, contributing to a cleaner and healthier environment.

This project makes a substantial contribution to the Sustainable Development Goals in India, strengthening four key pillars:

Social Well-being: The project creates local employment opportunities, requiring both skilled and unskilled personnel for the plant’s operation and maintenance. The productive utilization of agricultural waste fosters associated economic and social advantages for the surrounding communities. Furthermore, it aids in narrowing the gap between electricity supply and demand at both the local and national levels.

Economic Well-being: The increased demand for rice husk driven by this project has a positive ripple effect on local markets. It boosts the price of rice husk, generating additional income for rice millers, which, in turn, benefits local farmers and strengthens the agricultural economy. The project also enables the diversion of coal and high-speed diesel (HSD) to other sectors of the economy, optimizing resource allocation.

Environmental Well-being: As a renewable energy power project, this initiative actively combats climate change by collecting and utilizing locally generated waste biomass as fuel. By generating and exporting clean power to the grid, it displaces fossil fuel-based energy sources, leading to a significant reduction in carbon emissions and improved air quality.

Technological Well-being: The project demonstrates a commitment to long-term sustainability by employing advanced and sustainable cogeneration technology. This investment in innovative solutions ensures the project’s continued environmental and economic benefits for years to come.

For comprehensive details on this project, please click here. To learn more about the project developer, please click here.

For further information on the project’s social benefits, please click here.

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