Rs 17,182 Crore STP Revamp Boosts Sustainability & Water Reuse
by | arvind jadhav | city news
Mumbai : BMC is undertaking a important and environmentally impactful project to renovate seven sewage treatment plants (STPs) across the city at a substantial cost of Rs 17,182 crore. This ambitious initiative aims to prevent seawater pollution by effectively treating wastewater in Mumbai and its suburbs, thereby contributing to better environmental management and sustainability in the metropolitan area. The treated water from these plants will be reused for various non-potable purposes, aligning with water conservation goals.
Project Details and Benefits
The STP project is designed to treat a considerable volume of 2,464 million liters of wastewater per day. In terms of water management, 50% of the treated water will be sold to industries like fuel companies, naval sports clubs, etc., for non-potable use, contributing to resource optimization. The remaining 50% will be released into the sea after treatment, ensuring minimized environmental impact. Looking ahead, the corporation has a forward-thinking plan to process 100% of the water by 2051, taking into account the growing population of Mumbai. The implementation of new STPs is expected to improve seawater quality and enhance marine life in the surrounding areas. Additionally, the project includes converting the remaining sludge after water treatment into useful products like fertilizer and fuel. The municipality anticipates earning income from selling treated non-potable water, adding an economic benefit to the environmental gains.
Additional Features at Bandra STP
Complementing the sewage treatment goals, the Bandra Sewage Treatment Plant site will feature a large garden equipped with a knowledge center for children, promoting environmental awareness and education. A viewing gallery will be constructed on the seaside, potentially enhancing public engagement with the project. Furthermore, contaminated water from the Mithi river will also be processed at the Bandra project site, contributing to broader water management efforts in the area.
