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Tag: ABS

ABS AiP for COSCO WTIV designed by Friede and Goldman

Flexible Design Capable of Navigating Port Constraints

ABS awards AIP to HHI Group’s green hydrogen production platform

HHI Group has developed this platform with the goal of storing annually 400,000 tons of carbon dioxide underground in Korea's East Sea gas field starting in 2025.

ABS AIP for K LINE and JGC’s innovative FLNG design

Design Re-uses LNG Carrier Tanks to Simplify FLNG Construction

N-KOM and ABS JDP to explore using remote survey techniques

Remote Technologies to be Trialled on Surveys After Construction in the Shipyard

ABS grants AIP to innovative WTIV integrated feeder barge

Development of the BargeRack WTIV is the latest vessel designed specifically for U.S. offshore wind operations to be supported by ABS.

ABS, SDTR and SDARI develop methanol-fueled bulker

An innovative methanol-fueled bulk carrier has been designed in a joint development project (JDP) between ABS, SDTR Marine Pte Ltd. (SDTR) and the Shanghai Merchant Ship Design & Research Institute (SDARI).

Jones Act Subsea Rock Installation Vessel built to ABS Class

Key Asset for U.S. Offshore Wind Development Also Awarded ABS SUSTAIN 2 Notation

Nakilat partners with ABS to develop decarbonization strategy

Nakilat Has Worked with ABS to Develop a Decarbonization Plan and Evaluated Performance Against UN Sustainable Development Goals

ABS AIP for Anglo-Eastern’s ammonia-fueled Newcastlemax

An innovative ammonia-fueled Newcastlemax bulker design from Anglo-Eastern Technical Services (AETS) has been granted Approval in Principle (AIP) by ABS.

ABS granted AIP to Bassoe Technology for T-Floater design

ABS has granted Approval in Principle (AIP) to Bassoe Technology for its T-Floater floating wind turbine foundation design.

ABS grants Alfa Laval the marine industry’s first AIP for firing boilers with methanol

Alfa Laval is looking at the full scope of methanol's influence on board.

NYK, MTI, ABS, and WinGD conduct joint research for optimization of ship design

NYK, MTI and WinGD will then jointly design a ship in digital space and together with ABS conduct simulations of navigation

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