Virtual Booth

The improper disposal of agricultural waste, particularly rice husk, contributes to environmental 
pollution and greenhouse gas emissions when burned openly. This innovation project aims to 
address this issue by transforming rice husk into a functional and biodegradable eco-product. The 
primary objective of the project is to develop a sustainable composite material using rice husk 
combined with recycled paper pulp and natural corn starch glue as a biodegradable binder, 
enhanced with a beeswax coating for improved durability and water resistance.
The proposed solution involves cleaning and drying rice husk, preparing recycled paper pulp, 
producing a natural starch-based adhesive through gelatinisation, and moulding the mixture into 
eco-friendly planters and containers. The products are pressed and sun-dried to strengthen their 
structure before final finishing.
This project aligns with United Nations Sustainable Development Goal (SDG) 13: Climate 
Action, as it reduces the need for open burning of rice husk, hereby lowering carbon emissions 
and minimising environmental impact. By promoting waste to resource innovation and 
encouraging sustainable production practices, the project contributes to climate change 
mitigation efforts. The expected impact includes raising awareness about environmentally 
responsible solutions, reducing carbon footprint, and inspiring communities to adopt sustainable 
alternatives to plastic-based products.