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A Publication of ABS Energy Project Development


Phil Rynn,
Senior Staff Consultant

James Card,
Senior VP Technology
Senior Staff Consultant Phil Rynn provides an overview of classification’s role for LNG vessel and terminal structures in terms of structure and process reliability, containment and related systems and operations and cargo handling at Zeus’ “LNG’s March To The Sea” conference in Houston… see conference news.

Discussing structural analysis and fatigue and strength assessment systems for floating production, storage & offloading (FPSOs) systems was ABS’ Senior Vice President of Technology James C. Card who delivered keynote address at OMAE’s FPSO Specialty Symposium in Houston… see conference news.
LNG Port Buoy Under Construction


ABS surveyors on site at Junoverken AB yard in Uddevalla, Sweden, monitor and inspect the fabrication of industry's first offshore LNG
deepwater port buoy, designed by Advanced Production and Loading AS of Norway (APL).

APL contracted ABS to provide classification services for its Submerged Turret Loading (STLTM) system, a single-point mooring system (SPM) and an integral component of the industry's first offshore LNG terminal, destined for the Gulf of Mexico, some 116 miles offshore Louisiana. ABS has classed some 40 SPMs worldwide.

Dubbed the Energy Bridge Deepwater Port, the terminal system incorporates APL's STL technology commonly used in the offloading of oil in regions including the North Sea, offshore China and offshore Western Australia.

The STL buoy is scheduled for transport to U.S. waters this November. First cargo for the Energy Bridge Deepwater Port is scheduled for January 2005, with planned capacity to deliver base load gas volumes in excess of 500 million cubic feet per day.

The 186-ton STL unit allows specially built LNG carriers fitted with onboard re-gasification equipment to transfer gas through the buoy, which is connected to a pipeline end manifold (PLEM) on the seafloor. ABS' scope of work encompasses the submerged turret loading buoy; the mooring system for the buoy; and the riser to take the gas from the buoy to the PLEM.

Asymmetrical Semisubmersible Design Reduces Motion, Weight, Cost
ABS Secures Classification Contract
for World's Deepest Platform to Date
Hybrid Platform Stabilizing Concept Tackles Issue of Deepwater Motion, Earns ABS 'Approval in Principle'
   
Jackups: ABS Advises Industry on
Evolving Standards for Jackup Stability
FPSO Fatigue and Strength Assessment Discussed at OMAE FPSO Symposium
 
Brazil's Ultra Deepwater Fields Account for Nearly Half of Production
 
Classification Perspective on Agenda at Industry Conferences
 


Mechanical Engineering Magazine, published by the American Society of Mechanical Engineers (ASME), sought out ABS for its July issue cover story on LNG and offshore LNG terminals… read full story.



 



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