Nuclear Safety and Nuclear Backend

Key Technology for the Management of Radioactive Spent Ion-Exchange Resins – Volume Reduction and Stabilization
【Technical Introduction】This technology provides an integrated treatment method for radioactive spent ion-exchange resins (hereinafter referred to as spent resins), including cation, anion, and mixed-...

Dry Storage of Spent Nuclear Fuel: Technology and Applications
【Technical Introduction】 Dry storage technology for nuclear fuel is a method used to store used nuclear fuel, primarily after it has been water-cooled in the reactor and transferred to long-term ...

Development and Application of NARI-LRW-C3 Low-level Radioactive Waste Container
【Technical Introduction】National Atomic Research Institute (NARI) developed INER-LRW-C1 and INER-LRW-C2 low-level radioactive waste (LLW) containers (C1 container and C2 container) to achieve the goal...

Defining the Emergency Planning Zones of Nuclear Power Plants through a Systematic Evaluation Approach
【Technical Introduction】Based on the principle of prevention over response, the Nuclear Safety Commission (NSC) established Emergency Planning Zones (EPZs) to plan and prepare for disaster response, e...

Development and Application of Decommission Engineering Management System
【Technical Introduction】 The Decommission Engineering Management System (DEMS) consists of four subsystems: Waste Inventory (DEMS-1), Dismantling Engineering Design (DEMS-2), Waste Tracking Manag...

Nuclear Safety Guardian – Commercial Grade Items Dedication
【Technical Introduction】 The Commercial Grade Item Dedication (CGID) center provides technical evaluation for safety-related components in nuclear power plants and conducts dedication /testing service...

Developing Spent Fuel Pool Integrity Evaluation
【Technical Introduction】 The SFP integrity evaluation framework is based on the seismic hazard data generated through the procedures set by Taiwan Power Company (TPC) using Senior Seismic Hazard Analy...

The development of underground fuel dry storage facilities for research purposes, removal technology and waste management applications.
【Technical Introduction】 The decommissioning of the Taiwan Research Reactor (TRR) is the first large-scale nuclear reactor decommissioning project in Taiwan. The TRR underground dry storage facility (...

An Underwater Cutting Technology for Dismantling Nuclear Facility Component
【Technical Introduction】 The experience obtained from decommission of nuclear facilities in NARI has been accumulated including those complex tasks in dismantling the Taiwan Research Reactor (TRR) suc...

The Guardian of Nuclear Safety – Commercial Grade Items Dedication
【Technology Introduction】 The Commercial Grade Item Dedication (CGID) Center provides technical evaluation for safety-related components in nuclear power plants and conducts dedication/testing service...

Methodology for Spent Fuel Pool Integrity Evaluation
【Technical Overview】 The SPF integrity evaluation framework is based on the seismic hazard data generated through the procedures set by Taiwan Power Company (TPC) using Senior Seismic Hazard Analysis ...

Building Reliable Houses for LLW – Development of Low-Level Radioactive Waste Container
【Technical Introduction】Following the nuclear-free homeland policy, all of the nuclear power plants in Taiwan will step into the decommissioning phase by the end of 2025. Besides, the dismantling of T...

Intelligent visual application for real-time detection technology in welding quality
【Technical Introduction】 According to the national standard for Visual Testing (VT) of welded steel structures, defects such as cracks, insufficient penetration, poor fusion, overlap, and incomplete f...

Criticality Safety Analysis for Spent Fuel Final Disposal
【Technical Overview】 When neutrons collide with heavy atomic nuclei, they can induce the splitting of the nucleus into two or more lighter nucleus, and releasing a significant amount of energy with ad...

Nuclear Safety and Nuclear Backend

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