Maintenance Techniques and Automation Technologies
We develop the latest maintenance/inspection techniques and automation systems that are useful in maintenance to provide power facilities with effective maintenance engineering services.
Diagnosis and Evaluation of Machinery
we work on developing technologies and providing engineering services of facility diagnosis and structural integrity assessment for reactor vessel, steam generator, turbine, boiler, pressure vessel and other instrument by using analytical and numerical methods such as structure analysis, flow analysis, thermal fluid-structure analysis and Root Cause Failure Analysis(RCFA).
Development of Welding Maintenance Technologies and Related Engineering Services
We are providing the development of specialized welding equipments(GTAW/LBW), welding process technology and welding procudures(WPS/PQR) and related engineering services in order to secure the integrity of main components(nuclear reactor, pipe etc.) in domestic and overseas power plants
ICT Convergence Technology
Utilizing IoT, AI, Cloud Computing, AR and VR Technologies, We are developing technologies to build intelligent maintenance systems such as state monitoring and diagnosis technology, maintenance support technology and safety assurance technology.
New and renewable energy technology
We are developing R&D of power conversion device which is the element technology of new and renewable power such as photovoltaic power generation and wind power generation and BMS, PMS, EMS technology of power storage device and provide engineering service related to power system.
Robotics
We develop remote maintenance technologies and automated inspection techniques that ensure safety when working in places of high temperature, noise or radiation. As a result, we are contributing to stable operation of domestic nuclear, hydro and thermal power plants.
Nuclear decommissioning
We develop technologies for remote dismantling, decontamination and radioactive waste treatment of permanent shutdown NPPs
Non-destructive Examination
We develop new NDE technique and system to detect preservice/inservice defects which hinders the integrity of power plants.
Development of 3D-Printing Commercialization Technology for Power Plant Components
We are developing 3D-printing commercialization technology such as reverse design, additive manufacturing, post-processing, reliability evaluation and performance tests for production and repair services of the power plant components.
