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Reserch

KIER 에너지기술로 미래의 행복사회를 열어갑니다.

Clean Fuel

Clean Fuel Research

The Clean Fuel Laboratory aims to contribute to the national energy security by developing methods to produce clean fuels from low-grade resources and to ensure a stable supply of gas and crude oil by diversifying technologies of the production, treatment, and utilization of gas and crude oil (heavy crude oil)

  • acid gas removal for FLNG
  • isher-tropsch synthesis reactor(capacity :15bbl/day
  • KIER CTL Plant
  • ash-free coal production pilot plant (1 ton/day

Major research fields

  • Upgrading technology of low-grade fuel
  • Gasification technology using low-grade fuel
  • Development of distributed power generation system using gasification
  • CTL (coal-to-liquid) and BTL (biomass-to-liquid) technology
  • High-performance catalysts for Fischer-Tropsch synthesis
  • Refinery and petrochemical process technology
  • Gas and liquid separation process: adsorption, distillation, absorption, crystallization
  • Treatment and conversion of offshore and onshore natural gas/crude oil(FLNG, FPSO, etc.)

Major research results

  • The integrated CTL process for the first time in Korea: 0.1 bbl/d and 15 bbl/d
  • Technology licensing to overseas country for the first time in KIER: Highbury Energy Inc., Cananda (BTL technology)
  • Development of 10 TPD coal entrained flow gasifier
  • Ash-free coal production technology (1 ton/day)
  • Upgrading technology of high moisture low-rank(CUPOTM, 5 ton/day)
  • Development of 20 TPD distributed power generation system using biomass gasification
  • Export of hydrogen purification technology (H2, PSA), 50,000 Nm3/h to overseas country
  • Commercialization of purification technology for producing high-purity isobutane
  • Olefin/paraffin separation technology (PDP)
  • Commercialization of O2 and Nsub>2 PSA process
  • Upgrading and separation process of biogas (PSA, water scrubbing)
  • Sulfur compounds/sulfuric oxides separation technology (adsorption)
  • CO2 recovery technology (PSA process, ammonia-based absorption process)
  • Adsorptive refrigeration technology
  • Natural gas treatment technology
  • Hydrogen peroxide enrichment technology (distillation)