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Korea Research Institute of Chemical Technology (KRICT)

Korea Research Institute of Chemical Technology (KRICT)

25Member Research Institutes
한국화학연구원 로고
R&D and public infrastructure services support in the sectors of chemistry
and related convergence and complex
소관연구기관 소개 : 기관장, 설립일자, 소재지, 대표전화, 홈페이지
Chairman Lee, Kewho
Establishment Date 1976.09.02
Location KRICT, 141, Gajeong-ro, Yuseong-gu, Daejeon
Contact 042-860-7114
Homepage Homepage
Key Functions
To develop eco-friendly chemical process technologies
To develop high value-added green chemical materials
To develop new substances and convergence chemical technologies
To develop and operate the public infrastructure for chemical safety, analysis, evaluation, standardization, and certification as well as provision of compounds and information
To cooperate with government, the private sector, corporations, and organizations in R&D and provide and commission technical services
To support and cooperate with related SMEs and commercialize technology
To support training professionals specialized in key mission areas and establishing related technology policy
Recent Achievements
Development of environment-friendly non-toxic microbial pesticide
* Technology transfer (April '13), registration of organic farming materials ('13), and the product launch in February '14
Commercialization of the manufacturing technology of FT synthetic oil from synthetic gas
* Technology transfer (Dec. ’13) and collection of 520 million won
World's first development of catalyst utilization naphtha cracking process commercialization technology development
* Technology transfer (March '14), collection of 1,653 million won (confidential)
Technology transfer of candidate technology of virus growth inhibitor (confidential)
* Technology transfer (Oct. '14), collection of 16 billion won, 1.5 to 3% of ordinary net sales, and advance collection of 1.6 billion won
Development of the world's highest efficiency perovskite solar cell manufacturing technology
* Development of low-cost new concept solar cells with high efficiency and high durability, achievement of the world’s highest level of efficiency, and online publication of the journal Nature (Jan. '14)