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The Korean Nuclear-Hydrogen Technology Development (NHTD) Plan will be performing irradiation testing of coatedparticle fuel at HANARO to support the development of VHTR in Korea. This testing will be carried out to demonstrate andqualify TRISO-coated particle fuel for use in VHTR. The testing will be irradiated in an inert gas atmosphere without on-linetemperature monitoring and control combined with on-line fission product monitoring of the sweep gas. The irradiation devicecontains two test rods, one has nine fuel compacts and the other five compacts and eight graphite specimens. Each compactcontains about 260 TRISO-coated particles. The irradiation device is being loaded and irradiated into the OR5 hole of the inHANARO core from August 2013. The device will be operated for about 150 effective full-power days at a peak temperatureof about 1030°C in BOC (Beginning of Cycle) during irradiation testing. After a peak burn-up of about 4 atomic percentageand a peak fast neutron fluence of about 1.7×1021 n/cm2, PIE (Post-Irradiation Examination) of the irradiated coated particlefuel will be performed at IMEF (Irradiated Material Examination Facility). This paper reviews the design of test rod andirradiation device for coated particle fuel, and discusses the technical results for irradiation testing at HANARO.

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