• R&D
  • Technical Development
  • Performance
Technical Development
Technical Innovation
Overview
Performance
Technical Development
Technical Development
Overview
Performance
   Engineering Performance   
World First LNG fueled Containership
L x B x D x T
Deadweight
Speed
Cargo Capacity
Crusing Range
Main Engine
233.0 x 32.2 x 18.3 m
31,830 MT (at 10.5 M of design/scantling draft)
22.0 knots
3,100 TEU (Reefer : 266 sockets)
10,000 NM(LNG 4,000 NM + FO 6,000 NM)
MAN D&T 8L70ME-C8.2-GI
World First LNG ReadyⅠECO MR Tanker
L x B x D x T
Deadweight
Speed
Cargo Capacity
Crusing Range
Main Engine
186.0 x 32.2 x 19.1 m
49,430 MT
14.5 knots
53,700㎥
10,200 NM
MAN D&T 6G50ME-B9.3
World First LNG ReadyⅢ Con-ro Ship
L x B x D x T
Deadweight
Speed
Cargo Capacity
Crusing Range
Main Engine
265.0 x 34.9 x 21.1 m
51,800 MT
23.0 knots
3,700TEU + 520Auto + 25 trailer
13,700 NM
6G90ME-C10.5-GI
3.6K LNG Bunkering Vessel
L x B x D x T
Deadweight
Speed
Cargo Capacity
Crusing Range
Main Engine
101.3 x 15.6 x 8.8 x 5.1m
2,600 MT
10.0 knots
3,600 M3
3,500 NM (LNG 2,000 NM + MGO 1,500 NM)
DFDE with Azimuth, fixed pitch propeller
35K LNGC
L x B x D x T
Deadweight
Speed
Cargo Capacity
Crusing Range
Main Engine
175.0 x 28.6 x 17.8 x 8.0/8.3m
19,300 MT
16.0 knots at design draft of 8.0m
35,000 M3
6,300 NM (MGO)
DFDM with 4-Stroke engine
   Quality Performance   
Non-Destructive Testing Field

· Development of Illumination apparatus for magnetic
  particle testing

· Development of Automatic ultrasonic test apparatus
  for weld bead testing

· Development of portable magnetic detector
  apparatus

· Development of pipe scanner for automatic
  ultrasonic test

· Development of automatic inspection jig/PAUT

· Development of removal system of foreign
  substances in piping

· Development of corrosion detection apparatus for
  heat exchanger by using ultrasonic waves

· Development of corrosion mapping S/W for facility
  evaluations

· Mechanized Ultrasonic Testing Method for Curved
  Pipe Welding Zone

· PAUT & TOFD Automated Test Method

· Development of camera for LNG carrier cold box
  inspections

· Development of Illumination apparatus for magnetic particle testing

· Development of Automatic ultrasonic test apparatus for weld bead testing

· Development of portable magnetic detector apparatus

· Development of pipe scanner for automatic ultrasonic test

· Development of automatic inspection jig/PAUT

· Development of removal system of foreign substances in piping

· Development of corrosion detection apparatus for heat exchanger by using ultrasonic waves

· Development of corrosion mapping S/W for facility evaluations

· Mechanized Ultrasonic Testing Method for Curved Pipe Welding Zone

· PAUT & TOFD Automated Test Method

· Development of camera for LNG carrier cold box inspections

Leakage Test Field

· Development of leak test apparatus utilizing double membrane helium baloon

· Development of auto carriage, an LNG carrier leak testing apparatus

· Development of auto carriage weight reduction for LNG carrier inspection

· Development of LNG carrier leak test method using gas detector camera

· Development ofLNG carrier leak test method using thermal image camera

· Leak testing method for LNG storage tank using helium balloon

· Development of leak test apparatus utilizing double membrane helium baloon

· Development of auto carriage, an LNG carrier leak testing apparatus

· Development of auto carriage weight reduction for LNG carrier inspection

· Development of LNG carrier leak test method using gas detector camera

· Development ofLNG carrier leak test method using thermal image camera

· Leak testing method for LNG storage tank using helium balloon

Radiographic Testing

· RT in source equipment
  (Vertical direction movement on Pipe, Selective direction movement on T - joint and Function of automatic
  recovery of Radiation source in emergency)

· Development of inspection device of RT single wall exposure

· Radiation Guard System and Jig Support of Radiograph Test

· RT in source equipment
  (Vertical direction movement on Pipe, Selective direction movement on T - joint and Function of automatic recovery of Radiation source in emergency)

· Development of inspection device of
  RT single wall exposure

· Radiation Guard System and Jig Support of Radiograph Test

CONTACT USKOREANSITEMAP

Head office: (Jung-ang-dong4(sa)-ga),67, Chungjang-daero13beon-gil, Jung-gu, Busan, Korea

Branch: 3370, Geoje-daero, Geoje-si, Gyeongsangnam-do, Korea

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