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TypeThe rapid growth of the construction industry has led to a significant increase in the demand for conventional building materials, resulting in rising costs and greater environmental impact. At the same time, agricultural waste such as coconut husk is widely generated but often discarded without proper management, contributing to pollution, inefficient resource utilization, and environmental degradation.
In response to these challenges, this study presents the development of the EcoCoir Composite Brick, an innovative and sustainable building material designed to integrate environmental responsibility with practical construction needs. The proposed brick utilizes coconut fiber derived from coconut husk as a primary reinforcement material, combined with a reduced proportion of cement and enhanced with activated charcoal. The inclusion of coconut fiber improves internal bonding and structural integrity while maintaining a lightweight composition, whereas activated charcoal contributes to heat absorption, enhancing the thermal performance of the brick.
The innovation not only addresses the issue of agricultural waste management by converting underutilized biomass into a value-added product, but also reduces dependency on high-cost conventional materials. This results in a more economical production process without compromising functionality. In addition, the lightweight nature of the composite facilitates easier handling, transportation, and application, particularly in lightweight construction.
Overall, the EcoCoir Composite Brick demonstrates strong potential as a cost-effective, environmentally friendly, and functionally enhanced alternative to traditional bricks. This innovation aligns with the principles of sustainable development and supports the transition towards greener construction practices, offering a viable solution for future building materials in both urban and rural applications. Your Abstract Here!