Decentralised Water Treatment Plant in Calicut

Project Overview: The proposed architectural project aims to address the challenges of water resource management in Calicut, a city located in south India. The project's main objectives are to provide a sustainable solution for managing water resources and to educate the community on sustainable water practices. The project will focus on various aspects, including groundwater recharge, clean drainage systems, biodiversity preservation, and fostering a healthy relationship between water and people.

Objectives and Approaches: The project seeks to implement sustainable water practices to efficiently manage water resources. This involves promoting groundwater recharge through techniques like rainwater harvesting, artificial recharge of Conolly canal, and watershed management. Clean drainage systems will be developed to manage stormwater, improve water quality, and minimize the risk of flooding and erosion. Biodiversity preservation will be prioritized to maintain the ecological balance supported by water resources. Additionally, the project aims to cultivate a sense of value and respect for water among the community, encouraging sustainable and efficient water use.

Project Scope and Location: The project is focused on a residential community situated near Conolly canal in Calicut. It aims to enhance the community's drainage system and recycle greywater to further output clean water into Conolly Canal. The benefits of the project will extend to the entire community, providing access to clean water and fostering a healthier environment. Furthermore, the project will include educational programs to equip the wider community with the knowledge and tools required for sustainable water management at a domestic level. The city of Calicut as a whole will benefit from the project, as it will promote a more sustainable and efficient use of water resources.

Project Agenda and Significance: The project's agenda encompasses several key aspects, including wastewater treatment facility establishment, extension of the Sarovaram Mangrove Biopark, rethinking drainage solutions, flood mitigation measures, and an ecological approach to design. By incorporating these elements, the project aims to achieve comprehensive water resource management and create a livable and sustainable environment for the community. The project's significance lies in its potential to improve the quality of life, protect the natural environment, stimulate economic development, and create a model for sustainable water management practices.