ClassNK has released ClassNK ZETA (Zero Emission Transition Accelerator), a GHG emissions management tool for accurately tracking CO2 emissions and confirming and simulating CII ratings ClassNK’s Zero Emission Transition Support Services provide
In this edition of Marine Log’s Listen Up! podcast, we talk with Makiko Tani, who is deputy manager of ClassNK’s cybersecurity team, about the society’s recently unveiled digital grand design. ClassNK, expects
The 152,000 dwt DP2 shuttle tanker Eagle Passos, recently delivered to Singapore headquartered AET Tankers Pte Ltd. by Samsung Heavy Industries Co., Ltd. (SHI) has been granted the SMART (INF) notation by
With the COVID-19 pandemic continuing, ABS is addressing the issue of how the physical arrangement of a marine or offshore asset can act to mitigate transmission of infectious diseases? It has published
“Floating offshore wind is poised to be one of the key technologies that can help build the renewable energy power base that underpins global decarbonization,” says Knut Ørbeck-Nilssen, CEO of DNV GL
With ships evolving into sophisticated sensor hubs, generating data and connecting through satellites in an expanding interconnected web, DNV GL is adding a new chapter to its rules for ship classification: Digital
ABS is approving Israel Shipyards’ 3D models as part of its plan review of the shipbuilder’s 45-meter multi-mission Offshore Patrol Vessel (OPV). “Israel Shipyards is our latest partner where we have been
Nick Brown, currently Marine & Offshore Director at Lloyd’s Register, is to succeed Alastair Marsh as Lloyd’s Register Group Chief Executive Officer on January 1, 2021. Marsh will retire from the CEO
Classification society ABS and shipbuilder Samsung Heavy Industries (SHI) have signed a new joint development program (JDP) agreement to develop 3D model-based surveys. The signing of the new agreement follows development of
The newly-published ABS Guide to Wind-Assisted Propulsion System Installation provides class safety standards for the installation of wind-assisted systems. It is applicable to two leading wind-assisted propulsion technologies: Flettner rotors and wing
