• Home
  • Marine Technics
    • Naval Architecture
      • Stability and Strength
      • Resistance, Propulsion and Vibration
      • Motions in Waves and Controllability
      • Design, Construction and Building
      • General
    • Marine Navigation
      • Celestial Navigation
      • Navigational Aids
      • Manoeuvring
      • Meteorology
      • Communication
      • General Concepts
      • Navigational Mathematics
      • Tides and tidal currents
      • Compasses
      • Oceanography
      • Electronic Navigation
      • Navigational Safety
    • Marine Engineering
      • Main Engine
      • Auxiliary Machinery
      • Automation & Control
      • Marine Electrics & Electronics
    • Ship Works
      • Cargo Works
      • Ship Equipments Operation
      • Maintenance Works
      • Routine Works
    • Marine IT
      • Programming for marine application
      • Marine software and Tutorials
  • Marketplace
    • Glob VesselsTrade
      • Post a vessel offer
    • Glob MarineEquipment
      • Post an equipment offer
  • Forum
  • News
    • General
    • Shipping & Logistics
    • Shipbuilding & Repairs
    • Technology news
    • Marine Environment
    • Incidents
    • Maritime Insurance
    • Ports News
    • Offshore & Energy
    • Rules & Regulations
    • Security
    • Yachting News
    • Market & Finance
  • Community
    • Profile
      • Change Profile Picture
      • Change Profile Video
      • Edit Profile
      • Edit Details
      • Privacy
      • Preferences
      • Customize My Page
    • Friends
      • Show All
      • Search
      • Advanced Search
      • Invite Friends
      • Request Sent
      • Pending my approval
    • Groups
    • Photos
    • Videos
    • Events
  • Directory
    • Submit Your Company
    • Search for a Company
  • Login/Logout
GlobMaritime Logo
  • Add article
  • Advertise
  • Contact us
  • Shipping & Logistics
  • Shipbuilding
  • Offshore & Energy
  • Market & Finance
  • Ports
  • Yachting
  • Incidents
  • Security
Home News Technology news

Acceptance Test on First LM2500 Gas Turbine for RAN

2010-07-01
Robot
Hits: 142
  • Share this
GE Marine reports that it has successfully completed acceptance testing on the first LM2500 aeroderivative marine gas turbine for the Royal Australian Navy’s (RAN) Air Warfare Destroyer (AWD). GE will supply ASC, Adelaide, Australia -- the shipbuilder in the AWD Alliance -- with six LM2500 gas turbines

 

.

Read Full Article


Share
Tweet
Related Articles:
  • China Ship R&D Guideline - 2013-05-13 - 06:57:23
  • TECHCROSS develop new Ballast water treatment system - 2013-05-02 - 08:18:05
  • Daewoo Shipbuilding & Marine Engineering LTE-based Sea Trial - 2013-04-16 - 01:39:06
  • Hyundai Heavy Industries's new LNG tank - 2013-04-15 - 07:50:59
  • CSC Jinling Shipyard adopts AVEVA NET - 2013-04-12 - 08:45:29
  • Damen's anti-fouling foil - 2013-02-25 - 09:43:38
  • Sungdong Network Digital Welding - 2013-02-18 - 02:33:53
  • Damen Introduces New Anchor Handler Design - 2013-01-31 - 07:26:17
  • MAN B&W Engines Achieve EEDI - 2013-01-30 - 09:40:15
  • MHI Licenses Marine Deck Crane Technology - 2013-01-28 - 09:50:34
  • < Prev
  • Next >

Latest News

thumbnail
IMO urges Eco tech Co-operation
A new resolution on energy-efficiency regulation of ships was adopted at the 65th session of the Mar...
thumbnail
Oldendorff inks Post-Panamax duo
Germany's Oldendorff Carriers ordered Post-Panamax at Jiangsu Eastern Heavy Industry. The owner con...
thumbnail
Chonhaiji of Korea wins 1st newbuilding
Chonhaiji of Korea announced on May 15 that the ship-block producing company had signed a KRW 24bn (...
thumbnail
Korea aims $70bn overseas plant
The Ministry of Industry, Trade and Energy of Korea held ‘The 6th CEO Forum for Plant’ on May 15 in ...
thumbnail
'Offshore Technology Conference 2013', 30-Year High
Houston, Texas, USA (9 May 2013) – Experts from the offshore energy industry around the world came t...

  • Home
  • Marine Technics
  • Marketplace
  • Forum
  • News
  • Community
  • Directory
  • Login/Logout
  • Privacy Policy
  • Terms & Conditions
  • Site Map