Manila, PhilippinesITAPEVÍ Project, Brazil - Carried out by BBLMadhya Pradesh Region, Indore, India - Carried out by WRPSebokeng/Evaton Area, Emfuleni, South Africa - Carried out by WRPTrinidad & Tobago - Carried out by VeritecCity of Toronto, Canada - Carried out by VeritecEmfuleni Municipality, South Africa - Carried out by WRPKhayelitsha Township, Cape Town, South Africa - Carried out by WRPNew Providence, Bahamas - Carried out by Paul Fanner & Julian ThorntonZagreb, Croatia - Carried out by IMGDOrange River Basin, South Africa - Carried out by WRPDover Region, Norfolk County, Ontario, Canada - Carried out by VeritecRegional Municipality of York, Canada - Carried out by VeritecRustenburg Local Municipality, South Africa - Carried out by WRPCaledon Well Systems, Region of Peel, Canada - Carried out by VeritecSao Paulo, Brazil - Carried out by Julian ThorntonSaskatoon Saskatchewan, Canada - Carried out by VeritecToronto, Canada - Carried out by VeritecPeel, Ontario, Canada - Carried out by VeritecWestern Highveld, Mpumalanga, South Africa - Carried out by WRP
The Region of Peel, following the implementation of an IWA water balance exercise for the Caledon well systems, retained the serviced of Veritec, a Miya Group Company, to implement a water loss study across all systems. The project involved the design and implementation of DMAs and night flow analysis using the reservoir drop test methodology. In addition, sonic noise mapping and leak detection was completed on a total of 193 km of water mains.
The final analysis included the development of a component analysis of real losses using the BABE concept in order to validate and calibrate the top down water balance. The results were used to identify the short term economic leakage level and to develop on ongoing strategy to monitor and maintain leakage levels at their economic level.
The project was successfully implemented and DMA results showed little recoverable leakage and established appropriate level of background losses for pressure management evaluation. A total of six leaks were found and repaired with yearly savings in excess of 72 cubic meters per day.
