It aims to build a digitized radioactive management and disposal system and to become a leading agency in the radioactive waste management. To this end, it set a mid- to long-term roadmap for the application of innovative disposal system.
Intelligent Smart Waste Disposal Facility Developing a roadmap to establish a digitalized radioactive waste management and disposal facility to position ourselves as a global leader. 12 tasks across 5 areas.
Digital Twin-Based Integrated Platform for Radioactive Waste Management
To develop and operate a real-time monitoring and control platform that digitizes the entire waste management process
Establishment of KORAD Data Warehouse (DW)
To collect existing data in a standardize form and build a database server for integrated management.
AI-Based Radioactive Waste Classification System
To develop an image analysis algorithm and system using deep learning, trained on inspection image data of radioactive waste packages.
Automated Radioactive Waste Location Management System
Development of technologies and devices for automatic identification and real-time tracking of radioactive waste, aimed at reducing radiation exposure and improving storage management efficiency.
Radioactive Waste Placement Optimization Program
To develop a simulation program linked to safety assessment, enabling simulation of disposal locations and evaluation of site suitability for radioactive waste.
Real-Time Radiation Dose Monitoring System
To implement a monitoring system to track workers’ radiation exposure and movement paths in real time, enabling control of high-risk operations and enhancing overall safety.
Intelligent Radiation Surveillance System
To deploy robots to patrol hazardous areas during night time within the facility, providing integrated surveillance for fire, radiation incidents, and security threats.
Safety inspection of disposal facilities utilizing drone robots
To inspect large structures such as disposal facilities using unmanned detection equipment with 3D scanning technology to identify surface conditions, cracks, and material degradation.
Smart Management System for Facility Equipment
To digitaize maintenance records, including periodic testing and preventive maintenance, to improve operational efficiency in the management of disposal facility equipment.
Eco-Friendly Disposal Facility with Innovative Design
To develop an innovative design that enhances the potential for achieving carbon neutrality through digital transformation and establishes a safe and secure disposal facility.
Expansion of Wireless Communication Network in Innovative Disposal Facilities
To improve safety and efficiency of radioactive waste management activities utilizing digital infrastructure and wireless network
Disposal Facility Data Platform Service
To establish infrastructure for open data to enhance use of data by the private sector