Timbercrete brick

This project investigates the feasibility and properties of Timbercrete brick, a composite material made from a blend of Saw Dust (sawdust), cement, sand and other additives, as a sustainable alternative to conventional clay and concrete bricks. The research explores the potential of utilizing industrial wood waste to create an environmentally friendly building material with comparable or improved performance characteristics. The study will involve the production of Timbercrete bricks with varying mix proportions of sawdust, cement and sand to determine the optimal composition for structural integrity and other desirable properties. Key characteristics such as compressive strength, water absorption, density, thermal conductivity, and fire resistance will be experimentally evaluated according to relevant Indian standards (IS codes). These properties will be compared with those of traditional clay and concrete bricks to assess the suitability of Timbercrete for various construction applications. Furthermore, the project will analyze the environmental benefits of Timbercrete, focusing on the reduction of Saw Dust sent to landfills, the potential for carbon sequestration within the material, and the lower embodied energy compared to conventional brick manufacturing processes. The economic viability of Timbercrete production, considering the availability of raw materials and manufacturing costs, will also be explored. The findings of this research are expected to provide valuable insights into the potential of Timbercrete brick as a sustainable and cost-effective building material in the Indian context, contributing to greener construction practices and the efficient utilization of industrial waste. The project aims to establish a foundation for further research and development of Timbercrete technology and its wider adoption in the construction industry.