A Six Sigma Approach to Water Savings

Abstract

The purpose of this paper is to explore the potential of a six sigma approach to reducing water losses through a combination of water efficiency and leak detection on a private distribution system. The paper takes the form of a case study that investigates the implementation of water reduction strategy across an estate with 26 miles of potable water pipe and over 200 facilities. This incorporates methods developed in the water industry such as water loss reduction and water demand management. The paper demonstrates that large water savings could be made through adoption of a six sigma approach. The approach has the potential to be applied to a wide range of situations including sites with limited technology. This case study provides a useful source for Facilities Managers involved in the management of utilities to determine suitable water saving approaches and strategies for large estates with private water distribution networks.

An Integrated Lean Management, IoT and MFCA Systems for Water Management of Industrial Manufacturing in Thailand

“…The lean concept has proved beneficial for the operation of efficient economy in many cases. Dieste et al (2018) researched the Lean Six Sigma principles in a water management system using a combination of water efficiency and leakage detectors in the distribution system [14,15], while Tayyab et al (2020) investigated the simulation of production systems considering wastewater and environmental policies in the textile industry. They used the concept of lean philosophy to enhance investment analysis and decision-making on the cost of wastewater treatment.…”