Center for Convergent Chemical Process

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Technology for securing chemical feedstock

화학원료 확보 기술 중 신 올레핀 제조기술 Economic production of light olefin

Goals

Development of novel light olefin manufacturing processes that allow more than 30% energy savings in comparison to conventional technologies, and permit olefin production to be adjusted.

Catalytic cracking technology using mixed naphtha and methanol feeds
Olefin interconversion technology for controlling olefin demand and supply
Catalytic dehydrogenation technology for continuous reaction-regeneration moving bed process
Thermal management and enhancement technology for refinery process

화학원료 확보 기술 중 신 올레핀 분리기술 Low energy olefin/paraffin separation

Goals

Development of adsorbent and membrane based propylene separation processes that provide energy savings of 10% as compared to conventional distillation.

Nanoporous hybrid materials and energy-efficient adsorptive process for olefin/paraffin separation
High-performance hollow fiber membrane technology for olefin/paraffin separations

Technology for securing energy resources

에너지 확보 기술 중 기회원 유/타르 활용기술 Upgrading of low quality heavy oil

Goals

Development of technology for the continuous production of high value-added light oil from low-grade opportunity crude oil

Advanced materials in integrated chemical process for upgrading low-grade heavy oils
High-efficiency hydrocracking reactor/ process technology for upgrading of heavy oils
Hydrogen production technology from by-product gas of steel industry

Korean

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