Emerson Wins $5.3 Million Contract to Digitally Automate Canadaâ€™s Drinking Water Filtration Plant
Emerson Process Management, a business of Emerson, announced today that it received a $5.3 million contract from the Greater Vancouver Regional District (GVRD) to install PlantWebÂ® digital automation architecture at the Seymour-Capilano Water Filtration Plant, which is under construction.
GVRD, a partnership of more than 20 municipalities comprising the metropolitan area of Greater Vancouver, serves more than 2 million residents. The district and electoral areas are building the filtration plant to help meet new federal and provincial standards for drinking water treatment.
When completed in 2008, the Seymour-Capilano Water Filtration Plant will be Canadaâ€™s largest drinking water filtration plant combined with the worldâ€™s largest ultraviolet (UV) disinfection facility, filtering up to 475 million gallons of water per day from the Seymour and Capilano Reservoirs. UV disinfection is the process of applying UV energy to destroy or inactivate microorganisms without altering the water chemically.
Emersonâ€™s PlantWeb digital automation solution includes deployment of the companyâ€™s DeltaVâ„˘ digital automation system, which will provide data acquisition, monitor and control water filtration, chemical feed, and operation of motors and variable-speed drives. The DeltaV system will also interface with controls native to the plantâ€™s UV disinfection and geoexchange processes.
Additionally, a supervisory server at the plant will maintain constant communications with remote terminal units (RTU) at reservoirs and pumping stations, providing plant operators with vital information about these remote facilities.
â€śThe Seymour-Capilano Water Filtration Plant plays a central role in fulfilling the districtâ€™s mission of providing high-quality drinking water to our member municipalities in a sustainable manner,â€ť said Tom Wong, the districtâ€™s project manager for the DeltaV project. â€śEmerson has the right combination of relevant experience â€“ including its involvement with large, complex water projects â€“ and proven control technologies we were looking for to support this important initiative.â€ť
In addition to the significant scope of its UV disinfection process, the Seymour-Capilano Water Filtration Plant is noteworthy for embracing other innovative processes and technologies, as well. For example, the plant is the first such facility in British Columbia to utilize a geoexchange system to provide energy-efficient and cost-effective space heating, cooling and hot water heating at the plant. Furthermore, the overall project also features an energy recovery unit that will produce electricity from the high pressure-treated water supplied to the Capilano service area to be used by the GVRD.
â€śThe Seymour-Capilano Water Filtration Plant is significant on a number of fronts and the district is to be commended for undertaking this innovative water treatment project,â€ť said John Berra, president of Emerson Process Management, who points out that Emersonâ€™s automation and control systems oversee the processes at some of the worldâ€™s largest water and wastewater treatment facilities. â€śObviously we are pleased that Emersonâ€™s PlantWeb digital automation solution is among the cutting-edge technologies implemented as part of this project.â€ť
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