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
As part of a large scale sanitary sewer master planning study, Veritec, a Miya Group Company, was retained by the County to conduct a 12-site simultaneous sanitary sewer flow monitoring program. Veritec was responsible for the supply, installation, calibration, verification, data collection and analysis of the sites for a 6-weeks period in the spring of 2005.
A total of 7 sites were installed in the Port Dover sanitary sewer collection system and 5 sites were installed in the Port Rowan system Infiltration and Inflow analysis was conducted in specific sewer sub-sheds and compared against rainfall data information. Rainfall information was also collected by Veritec using data-logged tipping bucket rain gauges - one for each town. The information collected was used by G. Douglas Vallee Ltd. to complete a sanitary sewer system Master Plan and to assess system capacity for future developments.
The monitoring program revealed that the Port Dover system experiences a substantial amount of infiltration during the spring melt. The Port Rowan system experiences the same infiltrations issues but also suffers from inflow problems during rainfall events.
