Projects |
Design and implementation of a PLC based control system for a prototype 1500 Amp Arc Spray Metallizing System. This system is now in full production. Implementation of robotics for fully automating the task of metal spraying ship and bridge parts. |
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Design and implementation of controls for a conveyor system with a package identification scanner. A PC-based system was used for data acquisition. A 60% increase in conveyor up-time. |
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Design and installation of power distribution and control systems for both wet and dry electrostatic precipitators. High voltage control and safety interlocking were incorporated to provide safe and efficient operation. |
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Design and installation of a DCS based control system for control of a chemical manufacturing facility. The system provided continuous control for the reaction and purification sections while providing batch control of catalyst recovery and production. ($37 million project) |
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Design and installation of a DCS based control system in an Arkansas chemical manufacturing facility. The system provided control of a complex vacuum system, as well as multiple stripping and distillation sections. ($45 million project) |
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Design and installation of an Allen-Bradley PLC based control system of a ballast water treatment research project. A-B's RSView32 running on a laptop was used for the HMI and data acquisition. |
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Design and installation of a DCS based control system at a chemical manufacturing facility. The system provided continuous control of a spray drying system and a methanol distillation column, and batch control of monomer make-up and polymerization reactions. ($16 million project) |
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Design and installation of a microprocessor based control system to keep track of purchased power based on a thirty-minute demand cycle, control turbine generators, and load shed 73 MW of facility demand. A $1 million savings in energy costs in the first year of installation. |
©2001 Xyntec Automation Inc. |