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산업핵심기술개발사업

Development of Turret System design technology for 1 million barrel FPSO for oil & gas production of 15m sea area

Development of Turret System design technology for 1 million barrel FPSO for oil & gas production of 15m sea area
Period 2012-06-01 ~ 2017-05-31
Objective
  • Development of Turret Mooring System for FPSO operation in 15M sea area
  • Developed turret main body and manifold system capable of connecting more than 30 oil & gas transfer riser
  • Developed Swivel System for high pressure products over 500bar

LNG Ship-to-Ship Bunkering Shuttle Design Core Technology Development

LNG Ship-to-Ship Bunkering Shuttle Design Core Technology Development
Period 2013-06-01 ~ 2018-08-31
Objective
  • Development of key technology for bunkering vessel design for ship-to-ship charging of LNG, the next generation ship propulsion fuel
  • Developed concept engineering engineering technology for LNG bunkering system
  • Development of basic design technology for bunkering LNG bunkering system for ships

Development of technology based on line-speed-power high-accuracy analysis to reduce greenhouse gas and improve energy efficiency in sea area

Development of technology based on line-speed-power high-accuracy analysis to reduce greenhouse gas and improve energy efficiency in sea area
Period 2014-06-01 ~ 2019-05-31
Objective
  • Development of line speed-power accuracy analysis technology
  • Real-time measurement and additional resistance analysis
  • Standard operating status, fuel consumption rate at existing line speed

Development of Optimal Linear and Energy Saving Device Application Technology for Small Shipbuilding Ship

Development of Optimal Linear and Energy Saving Device Application Technology for Small Shipbuilding Ship
Period 2014-06-01 ~ 2019-05-31
Objective
  • Development and Performance Study of High Efficiency Linear Shape by Major Ship Type
  • Development of application technology of fuel saving device by vessel type

Development of air lubrication system to reduce fuel consumption of ship by more than 5%

Development of air lubrication system to reduce fuel consumption of ship by more than 5%
Period 2016-12-01 ~ 2020-11-30
Objective
  • Developed a high-efficiency air lubrication system and applied it to two different types of vessels → Reduced fuel consumption rate by more than 5%