Innovative Approaches to Reducing Water Leakages in Industrial Residential Areas: A Case Study

Abstract

This research aims to identify and address water leakages in residential colonies associated with industrial
plants. Through site inspections, maintenance records review, and resident surveys, critical leakage points and their impacts were pinpointed. The study examined piping systems, equipment conditions, structural integrity, and water usage patterns. The primary sources of leaks were identified as aging fixtures, poorly maintained piping systems, equipment malfunctions, structural failures, process wastewater pipelines, air conditioner condensate, and excessive washing machine use. Corroded pipes, faulty valves, and insufficient maintenance were major contributors to water loss. The findings emphasize the need for regular inspections, infrastructure upgrades, automated leak detection systems, and comprehensive employee training to mitigate water wastage and associated costs. These measures can enhance water conservation, improve operational efficiency, and reduce environmental harm. Future research will explore advanced leak detection technologies, sustainable water management practices, and repurposing water from air conditioner condensate to further reduce water loss and enhance resource conservation.