Alternative-Fuel Bunkering Readiness Director

The mandate

The port has announced multi-fuel ambition, but project proposals use a shared “alternative bunker” label for products with different toxicity, flammability, vapour, training, exclusion-zone and emergency consequences. Terminal concepts outpace vessel demand evidence, and community assurance is presented separately from operating readiness. The defined problem is a fuel-specific route from nominated transfer to safe, repeatable port service, not selection of a winning fuel or infrastructure investor.

The deliverable is an alternative-fuel bunkering readiness architecture covering methanol, ammonia and one additional approved pathway through custody, berth compatibility, simultaneous operations, competence, permit, emergency, medical, environmental and community conditions. It includes twelve readiness gates, three pilot concepts, an evidence register and investment sequence. Engineering design, fuel certification, regulatory opinion and project procurement are outside scope.

The first milestone asks the sponsors, in week three, to agree the demand-and-project population rather than debate fuels in the abstract. Week eight closes the second gate on fuel-specific hazard and authority interfaces. The twelve readiness gates and three pilot operating concepts come to decision in week thirteen. Tabletop and field simulations make up the week-nineteen proof point. At month six, the fifth milestone is the accepted architecture, explicit investment conditions and 120-day backlog—not a generic declaration of multi-fuel readiness.

Acceptance requires harbour, emergency, terminal and vessel representatives to trace all three pilot concepts from nomination through transfer completion and abnormal release without applying a generic procedure across fuels. Each gate must name evidence, authority, expiry and failed-state action. The council will accept when two simulations meet decision clocks, competent authorities confirm their boundaries and investment papers distinguish approved readiness from unresolved regulatory or market assumptions.

The client will provide project proposals, demand evidence, berth and traffic data, current bunker procedures, emergency plans, permit pathways, environmental studies and stakeholder records. It will nominate public-authority and operator owners, secure controlled observations and obtain formal specialist opinions where needed. Scenario work may consider a potential IMO net-zero framework, but must state that adoption and implementation remain pending rather than treat it as settled law.

Why this is external work

Promoters advocate their fuel, emergency teams see worst cases and port functions inherit interface risk without one comparative operating method. The authority needs neutral maritime and process-safety architecture before individual projects become sunk commitments. Independence also prevents readiness findings from doubling as investment promotion for a terminal, supplier or technology.

What you will own

• Reconcile credible vessel demand, supply pathways, proposed capacity and decision dates for each alternative fuel.
• Define fuel-specific custody, transfer, simultaneous-operation, exclusion, competence and emergency readiness states.
• Map harbourmaster, terminal, shipmaster, emergency, environmental, medical and permitting authorities without inventing common approval.
• Design three pilot concepts with berth, vessel, equipment, people, communications, abort and recovery evidence.
• Run tabletop and field simulations that test abnormal release, medical response, traffic control and community notification.
• Frame investment sequence under demand and regulatory uncertainty, explicitly treating pending international policy as scenario rather than law.
• Deliver the accepted architecture, gate book, simulation record, evidence register and funded 120-day backlog.

Candidate qualifications

• Led operational readiness for ammonia, methanol, LNG, hydrogen or comparable hazardous marine-fuel transfer.
• Understands product-specific toxicity, fire, vapour, material, competence, exclusion and emergency consequences.
• Has designed port-vessel-terminal authority interfaces without offering engineering certification or regulatory opinion.
• Can distinguish demonstrated demand and operability from announced corridor volume and technology advocacy.
• Ran multi-agency exercises that changed a fuel project’s operating concept or investment sequence.
• Remains demonstrably independent of fuel producers, equipment vendors, terminals, shipowners and infrastructure investors across competing commercial pathways worldwide.

Non-negotiables

• Can complete six terminal, vessel and emergency observations and both simulations within six months.
• Will not promote a fuel, vendor, terminal investment or policy outcome through this engagement.
• Accepts harbour, master, regulator, emergency, engineering and investment authority boundaries.
• Brings live hazardous-fuel transfer readiness; decarbonisation strategy alone is insufficient.

1. 49 words maximum. Describe an alternative-fuel pilot whose operating concept changed after emergency testing.
2. 49 words maximum. How would you stop a generic bunker procedure being applied across methanol and ammonia?
3. 49 words maximum. Which evidence distinguishes credible vessel demand from an announced green corridor?