including assigning a Project Manager as a single point of contact for the customer and a single point of responsibility for the project. Depending on the scope of work, the Project Manager may also act as the sole or principle engineer for the project. The Project Manager will have ultimate responsibility for technical execution, schedule and budget, as well as communication with the customer and sub-vendors. When Wilson-Mohr also has turnkey project responsibility, the Project Manager will coordinate our own project schedule with that of installation subcontractors, sub-vendors, and the customer to assure that the separate activities of each culminate in an integrated delivery, construction and commissioning schedule.
including site surveys to review existing systems, gather information from the customer's project team and develop a list of project deliverables. Typical engineering scope includes specification of appropriate control system hardware and software, field instruments, and valves to provide a complete solution for the client’s process equipment control requirement.
including process control strategy and/or sequential logic development, system electrical, power distribution and field connection design, control loop design, cabinet, panel and skid mechanical design. Documentation formats include AutoCad drawings/electronic files, control program printouts/electronic files, and documentation binders with manufacturers manuals and/or electronic files of manufacturers manuals.
including system programming using the most current software for the selected control platform. Wilson-Mohr can help to specify the control platform or work with the owner’s standard control hardware. Wilson-Mohr project engineers are experienced with all major PLC’s and hybrid DCS platforms and offer application expertise to provide the most efficient, economical, and clear programming techniques available for the required control functions. In addition, Wilson-Mohr HMI/SCADA programmers can provide a complete operator interface / SCADA solution to accompany the control system. Communication interface, graphics, trending & alarm screens and reports are reviewed, tested, and approved prior to shipment.
including shop based cabinet assembly, wiring, piping and testing. Systems are fabricated, debugged and tested at the Wilson-Mohr facility in Houston using on-staff assembly and wiring technicians. Shop personnel, project managers and project engineers have immediate access to each other so any questions can be answered immediately. Consequently, Wilson-Mohr does not rely on third party fabricators to integrate projects.
including the ability to simulate hundreds of I/O points simultaneously to prove logic and GUI execution under the witness of the client. In addition, procedures are in place to test nominal system response and response to unplanned events and operator error. The FAT event is often used as an occasion to train client personnel on the design specifics, routine maintenance and operation of their system. A detailed FAT report is generated and submitted with the final documentation package recording the performance of the system and capturing any design changes resulting from the scrutiny of the FAT procedures.
