Understanding the updated IMO embarkation and disembarkation guidelines

A gangway refers to a platform, a walkway or a ramp connecting the ship to land or other vessels and is used as a means of safe access for the crew. The gangway must be properly rigged and maintained to prevent accidents or injuries and to counter the movement from tidal streams, swell, cargo operations and surge movements caused by ships in the vicinity.

Legislation

Accommodation ladders and gangways fitted on ships before 01 July 2026 on board ships constructed on or after 1 January 2010, should, to the extent possible, adhere with the IMO circular MSC.1/Circ.1331, Rev.1 – IMO “Revised Guidelines for Construction, Installation, Maintenance and Inspection of means of Embarkation and Disembarkation”. This circular should be referred to in conjunction with the Safety of Life at Sea (SOLAS) regulation II-1/3-9 (Means of Embarkation on and Disembarkation from Ships). Continue reading “Understanding the updated IMO embarkation and disembarkation guidelines”

Do you know why a Ship Structural Access manual is required on board?

Maintaining a ship’s structural condition requires regular surveys and inspections throughout its operational life and the Ship Structural Access Manual is an integral part of this process. These checks help ensure that structural components remain free from damage, such as cracks, buckling, deformation, corrosion, or thickness diminution beyond acceptable limits.

For this reason, suitable means of access to the hull structure are essential, enabling safe and effective overall and close-up inspections, as well as thickness measurements.

Regulation II-1/3-6 of SOLAS, as amended, requires oil tankers of 500 GT and above and bulk carriers of 20,000 GT and above, constructed on or after 1 January 2005, to be provided with means of access in each space within the cargo area and forward spaces. Continue reading “Do you know why a Ship Structural Access manual is required on board?”

Marine Bunker Value Chain: Avoiding disputes and claims

In a recent Risk Alert, Gilmark D’Mello outlined best practices across the Marine Bunker Value Chain, aimed at preventing operational issues and disputes.

The selection of marine fuel is influenced by both commercial and regulatory considerations, requiring vessels to carry multiple fuel grades, balancing costs with compliance.

While Heavy Fuel Oil (HFO) and Marine Diesel Oil (MDO) have traditionally formed the marine fuel mix, additional fuel grades have been introduced owing to the emission regulations implemented in the past two decades.

The advent of Emission Control Areas (ECAs) required 0.1% sulphur fuels, introducing Low Sulphur Marine Gas Oil (LSMGO) and Ultra Low Sulphur Fuel Oil (ULSFO), while the IMO 2020 Global Sulphur Cap limited the sulphur content to 0.5% introducing Very Low Sulphur Fuel Oil (VLSFO), except for vessels installed with scrubbers. Continue reading “Marine Bunker Value Chain: Avoiding disputes and claims”

The Future of Sustainable Marine Manufacturing

The glimmering allure of the open water has long been synonymous with the roar of a combustion engine and the smell of gasoline. However, as the global push for environmental stewardship reaches our coastlines, the recreational boating industry finds itself at a pivotal and complicated crossroad of sustainable marine manufacturing.

While “going green” is the phrase of the day, the path to true sustainability on the water is proving to be less of a sprint and more of a difficult upstream row.

At the centre of this transition is the rise of the electric boat. Over the past few years, battery-powered vessels have surged from niche novelties to high-tech contenders, promising a future of silent cruising and zero tailpipe emissions. Yet, for the average boater, the transition remains stalled in the face of practical reality. Continue reading “The Future of Sustainable Marine Manufacturing”

How are motorboats made?

FJORD 53 XL
FJORD 53 XL

The craft of motorboat building has evolved remarkably over the years, shaped by technological advances, innovation, and changing maritime needs. Yet, amidst this whirlwind of progress, certain core principles have stood the test of time.

Precision is among the enduring cornerstones, essential for ensuring both the safety and high performance of each vessel. It goes hand-in-hand with craftsmanship, a blend of skill, experience, and artistry that holds its ground even amidst technological leaps and automation. Expert dexterity and knowledge are indispensable in tasks such as hull shaping, woodworking, and detailed finishing – areas where machines can’t match the human touch. Continue reading “How are motorboats made?”

Clay liquefaction: a sticky risk to bulk cargo safety

Clay liquefaction: a sticky risk to bulk cargo safety. Photo credit: SPICA
Clay liquefaction: a sticky risk to bulk cargo safety. Photo credit: SPICA

In early December 2025, local media and the Malaysian Maritime Enforcement Agency (MMEA) reported on a general cargo ship M/V KAYO whose crew were rescued after the vessel sent out a distress signal off Malaysia’s east coast in the South China Sea. The vessel was experiencing heavy listing, with the risk of possible loss of stability and capsizing.

The 15 crew members were later safely evacuated, and it was reported that the vessel carried clay cargo loaded at the port of Lumut. At the time of publication, the incident is subject to investigation by the relevant authorities. Skuld wishes to caution its members and other interested parties that the industry has experienced similar incidents in the past, where vessels carrying clay in bulk from Lumut developed severe listing and subsequently sank, resulting in fatalities. [HOPE (2013) and XIN HONG (2020)] Continue reading “Clay liquefaction: a sticky risk to bulk cargo safety”

AI at Sea: From Maritime Hype to Operational Readiness

Why will AI at sea transform shipping only when data, people, systems and governance are ready to support it?

Abstract

Artificial Intelligence (AI) is now firmly part of the maritime transformation agenda. For an industry that carries much of global trade, the appeal is clear: safer operations, sharper decision-making, better fuel performance, stronger compliance, and more reliable sustainability outcomes. Yet the challenge is no longer whether AI has potential. It is whether maritime organizations are ready to turn that potential into trusted operational value. Across ship owners, operators, ports, regulators, engineers, and technology providers, expectations are high. But adoption remains uneven, often constrained by fragmented data, legacy systems, unclear problem statements, limited digital readiness, and a naturally cautious operating culture. This article examines the gap between ambition and execution and argues that maritime AI will succeed only when it is built on strong data foundations, clear use cases, domain expertise, responsible governance, and a realistic view of AI as a decision-support partner rather than a replacement for human judgment. Continue reading “AI at Sea: From Maritime Hype to Operational Readiness”

Ensure the SMS adequately addresses electrical hazards

Ensure the SMS adequately addresses electrical hazards
Ensure the SMS adequately addresses electrical hazards

The Liberia Maritime Authority has issued a circular to reinforce mandatory safety requirements and operational controls related to electrical hazards onboard vessels, with particular emphasis on the use, handling, relocation, and isolation of portable electrical equipment.

A number of very serious marine casualties involving fatal electrocution demonstrate that routine shipboard activities can present significant electrical risks when energized equipment is handled without adequate isolation, inspection, task-specific risk assessment, supervision, or appropriate safeguards. The Administration has reviewed several fatal electrocution incidents that occurred: Continue reading “Ensure the SMS adequately addresses electrical hazards”

Cat fines risk engine damage and operational delays

Recent bunker alerts have pointed to a growing presence of high-abrasive fuels containing cat fines in several regions, leading to further cat fines risk. The latest VPS Bunker Alerts confirm this upward trend, which is increasingly contributing to operational challenges and disputes within the shipping sector.

If not properly managed, cat fines can cause severe engine wear and, in extreme cases, lead to complete engine failure in a relatively short period of operation. Damage involving multiple cylinder liners and piston rings can be particularly costly and disruptive. Because vessels typically carry only one or two spare liners on board, extensive damage can quickly exceed onboard repair capacity. This often results in prolonged off-hire periods, as additional spare parts must be sourced and shipped in, with supply chain delays further extending repair timelines. Continue reading “Cat fines risk engine damage and operational delays”

Containership fires are pushing salvors to the limit

Containership fires are pushing salvors to the limit. The fire broke out while the ship was alongside at Port of Los Angeles. Photo credit ISU
Containership fires are pushing salvors to the limit. The fire broke out while the ship was alongside at Port of Los Angeles. Photo credit ISU

The International Salvage Union’s long-standing concerns over containership fires have again been highlighted by recent incidents handled by Dutch salvage contractor SMIT, underlining the growing complexity of responding to fires aboard modern container vessels. US businessman Malcolm McLean introduced the intermodal shipping container 70 years ago, revolutionising transport of goods by eliminating the labour-intensive handling of cargo between modes of transport.

With containers, however, the contents are sealed and out of sight with only the paperwork indicating what is (or is not) inside the box.

Containers can carry everything from raw materials to manufactured products, including dangerous goods. When hazardous cargo is properly declared, it can be handled and segregated safely. However, industry concerns persist over misdeclared or undeclared dangerous goods, with some operators suspected of avoiding the higher costs associated with transporting hazardous cargo. Continue reading “Containership fires are pushing salvors to the limit”

EVs on roll-on and roll-off passenger ferries

EVs on roll-on and roll-off passenger ferries
EVs on roll-on and roll-off passenger ferries

CHIRP Maritime has issued guidance to support both operational and command-level decision-making by identifying EV-specific hazards, behaviours and uncertainties. According to CHIRP, Electric Vehicle (EV) fire risk is different, but not inherently higher. However, unfamiliarity with EV fire behaviour can significantly increase the consequences of an incident if these characteristics are not properly understood and anticipated.

EV incidents on RoPax ferries are low-frequency, high-consequence events. While incidents remain rare, limited operational experience and evolving evidence mean that risk understanding will continue to develop as EV carriage increases. A low probability of occurrence does not equate to low impact. Decision-making should therefore focus on consequence management, escalation potential, and time-dependent behaviour, rather than likelihood alone Continue reading “EVs on roll-on and roll-off passenger ferries”

Latest guidance for shipping lithium-ion cells and batteries in containers

Latest guidance for shipping lithium-ion cells and batteries in containers
Latest guidance for shipping lithium-ion cells and batteries in containers

In response to the growing risks associated with the maritime transport of lithium-ion cells and batteries, the Cargo Incident Notification System (CINS) released its latest guidance for shipping lithium-ion cells and batteries in containers.

Lithium-ion cells are the core components of batteries and come in various forms, as they are widely used in portable electronics and electric vehicles because they can efficiently store and release energy through the movement of lithium ions between positive and negative electrodes. Continue reading “Latest guidance for shipping lithium-ion cells and batteries in containers”

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