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Korea Institute of Machinery Materials

R&D Activity

  • Nano-Mechanical Systems
  • Intelligent Manufacturing Systems
  • Environmental Systems
  • Energy Plant
  • System Engineering
 

Environmental Systems

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Korea Institute of Machinery & Materials

Eco-Machinery


Eco-Machinery Image
To combat global warming and consolidation of environmental regulation, the Environmental Systems Research Division is developing a novel combustion technologies aimed at reducing pollutant emissions, plasma assisted processes and equipments for environmental energy, environmental system technology for removing hazardous materials from the environment, a fuel cell system, and renewable energy technologies.

Research Field

  • Atmospheric pressure plasma sources and its application to air pollution control
  • Plasma application technology to combustion/IT/material/Bio-medical
  • Emission control technology for oxy-pulverized coal combustion
  • Clean recycling technology for mixed combustible automotive shredder residue
  • Clean and effective use of unutilized energy
  • Low carbon LP gaseous fueled LPGi engine technology
  • Hydrogen-syngas application technology
  • Alternative and renewable energy utilization technology
  • Aftertreatment technologies for engine emission
  • Clean technology for control and removal of ultrafine particles and hazardous gases
  • Technology for waste oil refinery
  • Development of fuel cell BOP and power plant integration
  • Development of gas turbine combustor using oxyfuel combustion
  • Production technology of RDF from waste

Research Field

Plasma reactor development for PFCs treatment

  • Plasma reactor for PFCs treatment and its operating plasma plume

Plasma burner development for DPF system

  • Plasma burners in operation : plug type
  • Plasma burners in operation : in-line type

Development of pyrolysis and melting system for Municipal solid wastes

  • 5 ton/day pilot pyrolysis and melting system for MSW

Development of melting-stabilization system for scrapped FRP boats

  • Pilot Plant

Development of LPG fuel pump module for vehicles

  • Inline type LPG Fuel pump using Trust Equalizing Mechanism technology
  • Prototype of in-tank type LPG fuel pump

Development of landfill gas fueled power plant using 350kW class delicated gas engine

  • Power plant on Landfill site
  • Remote monitoring of power plant

Development of measurement technology for vehicle nano-particles

  • Measure system for vehicle nano-particle and the particle emissions with respect to different type vehicles

Development of wet type ESP for removing S03 mist and fine particles exhaust from power plant

  • Pilot system of Wet ESP

Production and utilization of RDF

  • RDF production plant in Wonju city
  • Ring-dies type RDF Pelletizer