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Instrumentation/Controls


Projects:
Airfield Upgrades
Arsenic Removal
Arsenic Treatment Facility
Asphalt Plant
Atlanta Gas Light
Automotive Parts
Carbon Fiber Plant
City Hall
Cogeneration 530MW
Computer Plant
Electrical Reliability
Federal Office Buildings
Greater Richmond Transit
Hand Tools Plant
Harbor Operations
Healthcare Clinic
Historic Wharf
Hospital
International Water Quality Laboratory
 Jet Engine Test Cells
Jet Fuel Facility
Light Fixture Plant
Missile Launch
Petroleum Plant
Port Security
Power Plant - 3 MW
Pump Stations
SCADA System
SCADA System
Steam Plant
Storm Pumps
Substation - 138 kV
Sun Metro Transit
Technical Center
Transmission 138 kV
Truck Loading Facility
Wastewater Plant

Modern facilities use computers to coordinate the control of most processes.  Bath's engineers design microprocessor-based control systems that vary in complexity from Programmable Logic Controllers (PLC), to Direct Digital Control Systems (DDC), to Supervisory Control and Data Acquisition Systems (SCADA), to Distributive Control Systems (DCS).  We have the knowledge necessary to design workable solutions to complex problems. 

Our practice is to keep systems as simple as possible, while taking full advantage of the latest technology.  When Bath completes the design, it prepares operating instructions that are written in plain-English so they can be understood and used by non-engineers.  The computer graphics we design are meaningful representations of the processes that our clients' operators control. 

Bath's engineers can re-work existing systems or design entire new instrumentation packages.  The systems on which we have worked range from single instrument loops to DCS systems for entire plants.

Substantial reductions in energy costs can be achieved by professionally managing the use of utilities.  The energy monitoring and control systems designed by Bath allow our clients to control their energy systems from central locations.

Data signals from temperature, pressure, and process sensors are transmitted via microwave, radio frequency, or hard-wire to central processors which evaluate utility usage and send control signals to remote control valves and devices. When necessary, we can develop custom algorithms or entire software packages.

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