The DryBMS Risk Assessment Standard: What Excellence Actually Requires

DryBMS risk assessment — Subject Area 22 in the DBCE framework — covers how a company assesses, prioritises and manages its operating risks so that people aren’t harmed, the environment isn’t damaged and operations stay effective, assessed against the same Basic-through-Excellence structure as every other subject area. It’s another of DBCE’s seventeen priority areas, carrying the same designation as Bridge Procedures and Standards and Mooring and Anchoring — the framework itself flagging it as an area with a potentially higher impact on injury, environmental damage and effective performance.

It sits closest to the TMSA Safety Audit, though this is the loosest of the pairings in this series. TMSA Element 9 bundles the risk assessment framework, permit to work and contractor management into one element. DBCE names all three as separate subject areas — Contractor Management (12), Risk Assessment and Management (22) and Permit to Work (23), all of them on the priority list. Subject Area 22 is the risk assessment slice of what Element 9 covers together.

What Basic Actually Covers

DryBMS risk assessment at Basic expects the SMS to include procedures for carrying out risk assessments for shipboard operations, and a documented risk management process that covers methodology, a risk matrix, scope, a risk register or equivalent, adequate team composition, and approval at levels consistent with the risk. Risk assessment has to cover new, non-routine and unplanned tasks, not only the routine ones already in the manual. The people who carry out assessments are trained to do so, with a documented process for the training requirements, and personnel are familiarised with the company’s risk assessment procedures.

The part that’s easy to under-read is what happens after the assessment is written. It has to be communicated and cascaded to vessel staff and implemented aboard, with a process to ensure it’s understood, and the prevention and mitigation measures have to be practical and validated with the crew. The suggested evidence covers the quality of the assessments, the competence of the team and the consistency of the process, plus previous assessments for both generic and non-routine tasks, and training records for assessors.

Intermediate and Advanced: Where the Declaration Gets Harder to Sustain

In DryBMS risk assessment, Intermediate is where the assessment is required to leave the file. Control measures from risk assessments are effectively implemented during operations, and the assessments cover the entire range of operations deemed to carry risk — the suggested evidence names health, safety, security, environment and regulatory activities, and makes clear the list isn’t limited to those. There has to be a process to ensure assessments are used as living documents, discussed at toolbox meetings and safety meetings, and severity ratings must be consistent with the foreseeable hazards. Training is carried out as per procedures, internal competency requirements are established, and the training of risk assessors meets industry standards.

Advanced DryBMS risk assessment adds review and verification. There’s a documented process requiring periodic review of risk assessments and updates to risk registers, with the reviews including appropriate office and vessel personnel and approval from line management. There’s also a process to verify that risk control measures are in place and being used correctly during vessel operations — risk control verifications, active monitoring — and the training and competence of risk assessors is refreshed periodically. The suggested evidence includes review requirements sitting within document control procedures, and risk assessments linked or cross-referenced to procedures and work instructions.

What Excellence Actually Requires for DryBMS Risk Assessment

Excellence scales the approval to the risk and hands the process to the crew. There’s a process to define levels of risk, with higher risks reviewed and signed off by appropriate levels of management, and evidence of defined risk levels with the corresponding management sign-off. Vessel crew include operations-level and support-level personnel who are trained to lead risk assessments, with a process for key personnel to do so — formal training, experience leading and taking part in assessments, and competence verification. And there’s an audit process for annual or periodic review of risk reduction and control measures, with the results reviewed by senior management.

One detail in DBCE’s guidance is easy to misread for a priority area like this one: the priority designation makes no difference to the overall score. DryBMS risk assessment is on the list because DBCE sees a higher potential impact and suggests focusing improvement there first, not because it’s weighted more heavily. What does change the arithmetic is the cascade: unless Basic is 100%, Intermediate, Advanced and Excellence each count for just 5% of the self-assessed score. A strong Excellence-level story — crew-led assessments, senior sign-off scaled to risk — adds almost nothing on paper if Basic isn’t fully met, the same logic behind declaring what you can sustain rather than what you aspire to.

RightShip’s RISQ (version 3.2) has no single risk assessment question the way DBCE has a subject area, but the theme runs through it. Question 4.2 expects the safety officer to be familiar with the principles and practice of risk assessment and available to advise those preparing and reviewing them, and asks whether hazards are effectively identified. Question 4.8 ties risk assessment to permit to work, Lock-Out/Tag-Out and Stop Work Authority for high-risk tasks, and its guide treats the toolbox talk as another form of risk assessment supporting a task-based one. And for stevedore operations, the guide to Question 4.44 expects risk assessments specific to the vessel, developed by ship and stevedore, exchanged before cargo operations start and discussed at pre-work briefings — close to DBCE’s Intermediate test of a living document. What a RightShip RISQ Inspection Actually Tests covers the RISQ side.

The Practical Point

Read across the four levels and the movement is clear: the assessment exists, then it’s applied, then it’s verified, then it’s led and challenged. The evidence line at Excellence that says the most is the last one — procedure or work instruction revisions carried out because of risk assessment findings. A risk assessment that has never changed a procedure or a work instruction may be well written, but it hasn’t yet shown it’s connected to how the work is done. The TMSA Safety Audit article makes the same point about forms in general: the question isn’t whether the form exists, but whether it’s connected to anything.

That’s also why Basic’s crew-validation requirement deserves more weight than it usually gets. Mitigation measures that are practical and validated with the people who’ll carry them out are the foundation everything above depends on, and a fleet whose assessments are complete on paper but haven’t been tested against how the crew actually work is declaring a level it can’t yet sustain.

For a fleet running both tanker and dry bulk tonnage, TMSA and DryBMS compliance covers what both frameworks demand from the same evidence base.

If you’re working through a DryBMS self-assessment and want an independent read on where DryBMS risk assessment and management genuinely sit, get in touch.

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