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Overview of Project

Overview of Project

Overview of Primary Research Area 4

Overview of Primary Research Area 4

Overview of Primary Research Area 4

오프가스 융복합 전환

Hybrid Conversion of
Off-gases

Research Objective

- Developing production technology for organic acid derivatives and biodegradable polymer materials from CO/CO2 conversion in off-gases.

- Conducting small-scale pilot demonstrations for lactone and valuable compound production via C1 conversion.

- Developing low-energy CH4/CO2 simultaneous conversion technology using low-temperature plasma.

- Developing hybrid off-gas treatment technologies for simultaneous electrochemical and biological conversion of CH4/CO2.

Hybrid Conversion of Off-gases

부생가스 내 CO2/CO 전환 효소 시스템 설명 이미지

Core Technologies

We are developing hybrid conversion technologies and scale-up foundation technologies to transform C1 gases present in industrial off-gases into valuable compounds.
In particular, our research focuses on: Production of organic acid derivatives and biodegradable polymer materials using CO/CO2 in off-gases Low-energy simultaneous CH4/CO2 conversion technology using low-temperature plasma Hybrid off-gas treatment technology for simultaneous electrochemical and biological conversion of CH4/CO2 Through these developments, we are accelerating carbon reduction technologies using industrial off-gases.

Key Outcomes

  • 1. Lactone and acrylic acid derivatives produced via epoxide carbonylation serve as essential raw materials for PHA (biodegradable polymers) and SAP (superabsorbent polymers).

  • 2. By utilizing hybrid linkage technologies that can simultaneously convert various low-grade mixed gases, we can overcome existing technological limitations and create new possibilities.

  • 3. These advancements will enable higher efficiency and economic feasibility, paving the way for innovative industrial applications.