주 메뉴

R&D

Cultivating leading industries in major cities

Development of High Sound Insulation-Lightweight Cabin Unit for Offshore Plants

Development of High Sound Insulation-Lightweight Cabin Unit for Offshore Plants
Period Jun. 1, 2012~Apr. 30, 2015
Objective
  • Develop Cabin Unit for offshore plants
  • Develop Cabin Unit noise analysis system
  • Performance evaluation criteria and design of Cabin Unit

Development of five-bar watertight Damper & Actuator for blocking tsunami

Development of five-bar watertight Damper & Actuator for blocking tsunami
Period Jun. 1, 2012~Apr. 30, 2015
Objective
  • Develop Damper and Sealing products for blocking tsunami
  • Develop manually operable Fail Close pneumatic actuator with low temperature and seawater corrosion resistance
  • Development of Damper Blade Position Controller based on temperature and humidity

Localization of Cryogenic High Pressure Control Valve for LNG Vessel Engines

Localization of Cryogenic High Pressure Control Valve for LNG Vessel Engines
Period Jun. 1, 2012~May 31, 2015
Objective
  • Develop technology for designing and fabricating cryogenic high pressure control valves for LNG vessel engines
  • Develop cylinder type actuators for extra-high voltage control valves
  • Establishment of performance test and evaluation technique and test equipment

Localization of Ventilator type single & double fireproof door with high sound insulating property

Localization of Ventilator type single & double fireproof door with high sound insulating property
Period Jun. 01, 2013~Apr.30, 2015
Objective
  • Develop B-15 Class Single & Double Hinge Door with Ventilator
  • Develop B-15 Electric Type Single &Double Sliding Door with Ventilator

Development of 400W explosion proof type LED floodlight for vessel/offshore plants

Development of 400W explosion proof type LED floodlight for vessel/offshore plants
Period Jun. 1, 2012~Apr. 30, 2015
Objective
  • Develop 400W explosion proof type LED floodlight for vessel/offshore plants
  • Develop High-efficiency, long-life SMPS
  • Thermal design based on the properties of 400W LED lighting

Development of eco-friendly marine resort pension using solar energy and leisure boat

Development of eco-friendly marine resort pension using solar energy and leisure boat
Period Jun. 01, 2012~Apr.30, 2015
Objective
  • Develop low-resistant, eco-friendly aluminum leisure boats
  • Develop solar energy conversion system
  • Develop FSW technique