Design of Rectangular Ferrocement Water Tank

Abstract

In rural areas, ensuring reliable and cost-effective water storage solutions is paramount for addressing water scarcity challenges. Traditional tank materials such as Reinforced Concrete Cement (RCC), steel, and PVC present various drawbacks including high costs, susceptibility to cracks, and environmental concerns. This project focuses on exploring the feasibility and advantages of rectangular ferrocement water tanks as an alternative solution. Ferrocement tanks offer a promising alternative due to their enhanced durability, cost-effectiveness, and environmental sustainability. Unlike RCC and steel tanks, ferrocement tanks exhibit resistance to cracks and corrosion, ensuring long-term structural integrity with minimal maintenance requirements. Moreover, ferrocement construction utilizes locally available materials and employs eco-friendly practices, reducing environmental impact and promoting sustainability. Through a comprehensive analysis encompassing construction processes, cost- effectiveness, water quality preservation, and community acceptance, this project highlights the superiority of ferrocement technology over traditional tank materials. The study demonstrates that ferrocement water tanks provide a viable and sustainable solution for rural communities, offering improved access to clean water resources and contributing to socio-economic development.