everis develops a 3D photorealism application for radiation control in nuclear power plants

everis, multinational consulting firm that offers business solutions, strategy, development and maintenance of technological applications and outsourcing, has created a 3D photorealism system that allows remote controls and work to be carried out at nuclear power plants in order to reduce workers' exposure to radiation.

everis has developed a new comprehensive computer system for radiological and dosimetric management of nuclear power plant personnel that allows greater safety, protection and control of radiation received by exposed workers. This way, se mejora la gestión radiológica y el control dosimétrico de los profesionales que trabajan en la central nuclear. The objective of the project has been to carry out integrated management of the radiological protection of the plants, providing a complete, Quick and easy monitoring of radiological data and worker doses, monitored and controlled in real time.

Areas of improvement have focused, mainly in the management of alarms in case of exceeding dosimetric limits, ALARA work management – ​​“As low as reasonably practicable”- and radiation work permits, as well as access controls to the controlled area through the DLD Dosimeter Reading interface for entry/exit, all this in the environment of the latest ICT trends on the market.

Another of the most significant improvements has been the integration of photorealism. Through modeling in a 3D virtual reality environment with laser-scanning technology of the various high radiation areas of the plant, It has been achieved that it serves as a tool for design and work planning, without having to access these areas to obtain this information. In this way, The aim is to reduce doses in maintenance tasks, scaffolding, engineering, operation, radiation protection, etc. by taking measurements and real dimensions, interference and maneuver analysis, location and identification of components, etc. with the photorealism application in “RealPlant 3D”.