Operator Training Simulators

Operator Training Simulators

Operator Training Simulators provide plant field and control room operators, maintenance and HSE personnel efficient knowledge transfer and skill development in a matter of months rather than years.

• Emulated Control Systems OTS allow operators to train on a computer in an identical environment to the control room. In addition to a high-fidelity dynamic simulation, Operator Training Simulators use emulated controls systems (i.e., Foxboro Control Simulation, Triconex Control Simulation, etc.) to accurately reflect plant controls. Reduce Startup and Commissioning Times Operator Training Simulators effectively train operators for controls checkout and plant startup to reduce commissioning times significantly. These systems help ensure faster startup times, quicker recovery from process upsets, fewer equipment stresses, and the ability to correct procedure errors prior to online production.
   
• High-Fidelity Plant Model The high-fidelity dynamic simulation plant model reflects the operations and control responses of the actual plant. Operator Training Simulators tie together the Dynamic Simulation with the emulated controls system to provide safer operation while improving performance and productivity. Optimize Operational Procedures Operators can manage a refinery in a virtual control room through the use of a DYNSIM Dynamic Simulation model that controls the plant responses. This provides trainees the opportunity to learn how to react appropriately when a similar situation occurs in the actual plant.
   
• Reduce Startup and Commissioning Times Operator Training Simulators effectively train operators for controls checkout and plant startup to reduce commissioning times significantly. These systems help ensure faster startup times, quicker recovery from process upsets, fewer equipment stresses, and the ability to correct procedure errors prior to online production.
   
• Optimize Operational Procedures Operators can manage a refinery in a virtual control room through the use of a DYNSIM Dynamic Simulation model that controls the plant responses. This provides trainees the opportunity to learn how to react appropriately when a similar situation occurs in the actual plant.