• home
  • KINS
  • e-mail
  • sitemap
  • Korean
Korea Institute of Machinery Materials

R&D Activity

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

Energy Plant

  • HOME
  • R&D Activity
  • Energy Plant
Korea Institute of Machinery & Materials

Energy Systems


Nano-Energy Systems Image
The Energy Plant Research Division is trying to improve energy efficiency by optimizing energy system such as energy plants and improving the efficincy of their constituent parts. Futhermore, we are concentrating our efforts on the development of a cryogenic cooling system, high efficiency fluidic machinery and high performance heat pumps, in addition to EQ technologies and performance qualification system for nuclear equipment.

Research Field

  • Seawater desalination plant
  • Gas liquefaction system
  • Original technology for Eco-ener plants
  • Micro thermo-fluid system
  • High-efficiency heat-pump system
  • Original technology for Eco-ener plants
  • Development of cryocooler and cryogenic device (cold box, cryostat cryogenic heat exchanger)
  • Development of cryogenic cooling systems for superconducting devices
  • High performance pump design(nuclear plant RCP, SI pump, ship cargo pump and etc)
  • Compressor and turbocharger for fuel cell system
  • Micro and ultra-micro gas turbine development
  • Smart material actuator MEMS based sensor
  • Volumetric displacement pump & actuator, electro-hydraulic/pneumatic valve
  • Establishment of the fire risk prediction method and the data base for fire combustibles based on IT
  • Research and test considering nuclear safety and equipment qualification
  • Development of intelligent plant equipment, building and operating technologies
  • Fire safety technology especially focused on the fire smoke control and fire suppression systems
  • Development of the micro-combustor for the power generator of mobile devices

Result

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 dedicated gas engine

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

Development of measurement technology for vehicle nano-particles

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

Development of wet type ESP for removing SO3 mist and fine particles exhaust from power plant

  • Pilot system of Weg ESP

Production and utilization of RDF

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