The traditional model of simulation training — a fixed facility with permanently installed equipment that crews travel to for scheduled training sessions — is being supplemented by a more flexible approach that deploys training capability directly to operational locations. The shift is driven by economic realities that are difficult to ignore. For operators with rigs in remote locations, the cost of transporting crews to centralized training facilities can exceed the cost of the training itself. The lost productivity during travel, the accommodation costs, and the scheduling complexity of coordinating training attendance with operational requirements all add to the total cost of training delivery.
Portable simulators address these challenges by bringing the training capability to where the crews are. Esimtech’s portable coiled tubing system, for example, packs full simulation capability into aluminum alloy consoles that can be transported in standard vehicles and set up in a training room, workshop, or office space. oil and gas production simulation systems maintain the same simulation quality as their full-size counterparts, using the same mathematical models, scenario libraries, and assessment capabilities. The only difference is the form factor — and the associated cost savings in deployment, facility requirements, and logistics.
The deployment models for portable simulation are still evolving as training centers and operators experiment with different approaches. Some operators deploy portable simulators on a rotational schedule, moving them between rigs or bases on a monthly or quarterly cycle so that every crew receives regular refresher training. Others station portable simulators at regional hubs where crews from multiple rigs can access them without traveling to a central training facility. Still others use portable simulators as overflow capacity during peak training periods, supplementing their permanent simulator installations with deployable units that can be set up in temporary training spaces. Each deployment model has different cost implications and training coverage characteristics, and the optimal model depends on the operator’s geographic footprint, crew rotation schedule, and training volume.
For training centers serving operators with distributed operations, the availability of portable simulation capability expands the range of services they can offer. A training center that owns portable simulators can deliver on-site training at operator facilities, reducing the travel burden on crews while maintaining the training quality that the center’s permanent facility provides. The portable capability also enables training centers to compete for contracts that require on-site training delivery, expanding their addressable market beyond the geographic radius that their permanent facility can serve. As the industry continues to recognize the economic and operational benefits of distributed training delivery, portable simulation capability is becoming a competitive differentiator for training centers that serve geographically dispersed operator clients.
