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Victex CCU Solution

'CCU (Carbon Capture & Utilization)' is an eco-friendly technology that captures and utilizes carbon dioxide at the emission stage, and is the only technology that can prevent catastrophes caused by global warming and rapid climate change.

In a strategic business alliance
with Company H, a design/construction company

for wet amine CO₂ capture facilities, Victex Co., Ltd. has developed a technology in which carbon dioxide emitted from carbon-emitting workplaces such as power plants and steel mills is captured, purified, compressed  and frozen to produce LCO₂ (liquid carbon dioxide) and maintains practical technologies ranging from the production of dry ice to the entire process of using it as a cold chain refrigerant.

In addition, in response to base-type hydrogen production sites in the blue hydrogen production stage of moving away from fossil fuels and entering a clean hydrogen energy society, we are supplying mobile modular CO₂ capture/liquefaction equipment to capture CO2 generated as a by-product to produce dry ice and high-purity CO2 that can be used for various purposes.

CO₂ capture wet process (wet amine method)

CO₂ wet capture is classified into two types depending on the absorbent used.

  1. MAB Absorbent
    • -Up to 20% less energy use
    • -High absorption rate
    • -High stability
    • -High carbon dioxide recovery rate
    • -Easy maintenance
  2. KOSOL Absorbent
    • -Performance verification at various sites in Korea
    • -Securing stability through continuous operation for more
      than 10,000 hours
    • -Up to 20% less energy use
    • -High carbon dioxide recovery rate

CO₂ capture and liquefaction all-in-one facility

Equipped with amine CO₂ capture and liquefaction technology using MAB absorbent and KOSOL absorbent in business cooperation with Hyundai Power Systems, KCRC, and KEPCO Research Institute, Victex Co., Ltd. is a leading company in carbon reduction technology with total solutions for CCU ranging from CO₂ capture and liquefaction to dry ice manufacturing, storage, and distribution using proprietary CO₂ liquefaction technology.

  • Realizing energy saving and miniaturization of equipment required for CO₂ liquefaction by using a plate heat exchanger with high heat transfer efficiency
  • Adopting CO₂ Air Cooler and air-cooled refrigerant condenser (no need for a large water-cooled cooling tower)
  • Avoiding excessive temperature and pressure rises by using multi-stage CO₂ compressors and chillers
  • Improving compressor efficiency by using a suction line accumulator with a heat exchange function in the refrigeration unit
  • The carbon capture and CO₂ liquefaction facility has a remarkably compact structure, and there is a high need for maintenance, installation and utilization in base-type hydrogen charging stations.

Blue Hydrogen (Carbon Capture and Utilization)

Blue hydrogen has the same production method as gray hydrogen, but does not release carbon dioxide generated during the production process into the atmosphere, but stores carbon dioxide separately using CCS, a capture and storage technology. Since it emits less carbon dioxide than gray hydrogen, it is eco-friendly, and carbon dioxide capture and storage technology is also attracting attention as the most realistic alternative as it has secured high maturity and competitiveness.