Biothermocol: A sustainable and eco-friendly solution for managing agricultural and Thermocol waste

JHA, ANAMIKA and PATEL, KHANAK and RABARI, KHUSHI (2025) Biothermocol: A sustainable and eco-friendly solution for managing agricultural and Thermocol waste. International Journal of Science and Research Archive, 16 (2). pp. 247-254. ISSN 2582-8185

Stubble burning, the act of setting fire to leftover crop residue after harvesting, is a problem that affects many countries, including India. This practice, common in states like Punjab, Haryana, and Uttar Pradesh, contributes to severe air pollution, worsens public health, and impacts the environment. Addressing the environmental toll of stubble burning requires a shift toward more sustainable agricultural practices that mitigate these consequences. Alternative methods, which are efficient, low cost, user friendly, innovative and sustainable can help preserve soil health, reduce emissions, and protect both human health and local ecosystems. The second major concern that this research focussed on was thermocol. It is manufactured from a petroleum-based plastic compound known as polystyrene. Many of us are unaware about its adverse effects on our environment and the toxic emissions it causes when incinerated. Thermocols are not environmentally friendly and they emit chlorofluoro carbon (CFCs) when they are burnt. Biothermocol provided us with a comprehensive, cost-effective, and sustainable solution to two major waste management issues—stubble disposal and thermocol pollution. It is easy to produce, biodegradable, and holds great promise for environmental conservation and community-level waste management. Our research shows that simple innovations can bridge the gap between ecological problems and practical, scalable solutions.