Emergency exercise simulation training system developed by Esimtech is a set of virtual simulation solutions for typical well drilling accident emergencies. It can enable relevant operators or learners to receive training on blowouts, explosions, hydrogen sulfide leakage, and other accidents during drilling, and enhance safety awareness and emergency response, handling, and escape capabilities.

Emergency Exercise (VR)

The emergency exercise (VR) is developed based on the emergency drill software platform. The purpose is to train and test drilling emergency drills.

Trainees can have realistic VR interactions and an immersive experience. Through the super simulation system and human-computer interaction, students can get real feedback on the environment during the operation process. Through the training and testing of this system, the trainees can cultivate their own psychological quality and complete the training in emergency response drills and emergency escape.

Drilling Emergency Practice Training Platform

The drilling emergency training platform can make the trainees feel the real situation as much as possible, and make the trainees deeply impressed with the emergency situation handling process in the oil industry. In this way, when students encounter real blowouts, explosions, and hydrogen sulfide leakage accidents, it will help them to calmly take correct emergency measures.

The training items of the training system include the above-mentioned emergency treatment and escape training when blowout is out of control, emergency treatment and escape training in case of fire and explosion, and emergency treatment and escape training in case of hydrogen sulfide leakage and poisoning.

Drilling Emergency Exercise Simulation Training System

The drilling emergency exercise simulation training system can realize emergency treatment and training for typical drilling accidents. The R&D and manufacturing of the simulation training system combine technologies such as 3D simulation, 3D interaction, and network communication. Through 3D technology, the system can simulate the drilling site environment, drilling equipment and facilities, and operators, and show the actual occurrence and progress of accidents. It allows students to perform 3D interactive operations in it to achieve the purpose of training.

The training system not only enables trainees to receive drilling accident training but also evaluates trainees’ completion of training and displays problems and errors in trainees' operations.