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International Journal of Scientific Engineering and Research ISSN 2347-3878  |  Peer Reviewed  |  Open Access  |  Monthly

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India | Thermal Engineering | Volume 14 Issue 6, June 2026 | Pages: 60 - 64


CLL251 Heat Transfer for Chemical Engineering

Navneet Jha, Agrim Jain

Abstract: This report presents a novel approach to addressing two critical issues in India: the severe air pollution caused by the burning of agricultural crop stubble (parali) and the dangerous levels of indoor heat stress experienced in low-income housing. We propose the development and application of Rice Husk Ash (RHA) tiles as a low-cost, highly effective thermal insulation building material. By leveraging the inherently high porosity and silica content of RHA, these tiles significantly reduce thermal conductivity compared to standard construction materials. Experimen-tal validation using steady-state heat conduction tests demonstrates a substantial decrease in heat flux, validating the tiles? potential to passively cool homes while simultaneously creating a circular economic use for agricultural waste.

Keywords: Rice Husk Ash, Thermal Insulation Tiles, Agricultural Waste Recycling, Indoor Heat Reduction, Sustainable Building Materials


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