CJK / 주식회사씨제이케이

본문 바로가기

사람과 환경을 생각하는 기술로 미래의 혁신을 이루고 있습니다.

KO
EN
JP

Central Technology Institute

CJK Co., Ltd. strives to preserve the value of clean water.

R&D National Projects

R&D National Priorities

National Projects Led by CJK’s Central Research Institute

01

Desalination Brine Resource
Recovery Technology Development

Extraction of over 11 types of dissolved ions from brine
Development of economical ion recovery processes
Evaluation of solidification for zero liquid discharge (ZLD)
Pilot demonstration (30 ㎥/day) of divalent cation recovery and ZLD

Project Title	Supervising Agency	Project Period
Digital Transformation of Seawater Desalination and Brine Resource Recovery	Korea Environmental Industry & Technology Institute (KEITI)	2025.05~2029.12

02

Development and Commercialization of Next-Generation Ultrapure Water Production Equipment (ASTM TYPE 1 Grade)

Development of Electro-Deionization (EDI) module for ultrapure water
Development of high-efficiency ion exchange resin regeneration system
Development of compact MBD cartridge for easy replacement
ASTM TYPE 1 ultrapure water equipment performance evaluation

Project Title	Supervising Agency	Project Period
High-Tech Business R&D Support	Ministry of Trade, Industry and Energy (Korea Evaluation Institute of Industrial Technology)	2024.07~2026.12

03

Development and Commercialization of Next-Generation Reverse Osmosis System for Ultrapure Water Production

Development of Reverse Osmosis Membrane Materials for Enhanced Boron Removal Efficiency
Development of Modular Reverse Osmosis Membranes for Ultrapure Water Processes and Evaluation Model for Industrial Applicability
Prototype UV–RO System for Removing Low Molecular Substances in Ultrapure Water
from Alternative Sources

Project Title	Supervising Agency	Project Period
High-Tech Business R&D Support	Ministry of Trade, Industry and Energy (Korea Evaluation Institute of Industrial Technology)	2024.08~2027.07

04

Performance Evaluation of Poly-Ketone UF Module and Pilot Plant

Design and installation of pilot-scale filtration process using PK UF modules
Evaluation of separation efficiency of fine suspended solids and heavy metals
Optimization of PK UF membrane application through system operation data analysis

Project Title	Supervising Agency	Project Period
Development of Advanced Water Separation Technology	Ministry of Environment (Korea Environment Industry & Technology Institute)	2023.04~2027.12