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Bonita Springs, Florida
Water Treatment Plant
Expansion
of treatment capacity to handle population growth forced utility
to draw from different, more saline souce, requiring reverse osmosis
treatment.
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Omohundro, Tennessee
Water Treatment Plant
Revere
has performed numerous projects providing controls for filters,
pumps, and motors in this plant, which was originally built in the
1930s.
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Winter Park, Florida
Consumers Water Treatment Plant
Revere
provided process instrumentation and control systems throughout
this central Florida facility.
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Rome, Georgia
SCADA System Upgrade
Revere
helped the City of Rome integrate new Motorola MOSCAD technology
with an existing SCADA system that used older technology INTRAC
RTUs.
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Additional Representative
Projects
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Covington, Tennessee
Plant Monitoring and Control System
This
project included a SCADA panel for plant machinery interfaced with
an existing panel of conventional controls, a retrofit of the existing
main control panel to incorporate SCADA control of existing and
new machinery, interface PLC control for dechlorination facility,
and a complete digital subsystem involving 100 I/O points.
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Dyersburg, Tennessee
Complete Water Plant Monitoring and Control System
This
half-million-dollar project involved five RTU panels; three control
panels and two dual filter consoles; extensive field instrumentation
consisting of particle counters, turbidimeters, differential pressure
transmitters, venturi flow meters, pH analyzers, and streaming current
monitors; plus a computer and information system of workstations
connected with a Windows NT LAN.
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Monterey, Tennessee
WTP Monitoring and Control System with Radio Telemetry
In
addition to a control system incorporating 100 I/O points, this
project provided the City's water treatment plant with a main control
panel, two dual filter operating consoles with RTUs, and four other
RTUs communicating VHF radio.
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Milan, Tennessee
Complete Water Plant Monitoring and Control System
This
project had an extensive computer system involving three PCs communicating
via MDS radio, a laptop for dial-up maintenance, and two remote
Ethernet routers for radio redundancy. It also included a central
control panel, three remote elevated tanks, and five remote wells,
with the tanks and wells communicating to the central site at 928
MHz.
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