PORT STATE CONTROL 2026: DON'T WAIT FOR THE INSPECTOR TO FIND THE PROBLEM

 

PORT STATE CONTROL 2026: DON'T WAIT FOR THE INSPECTOR TO FIND THE PROBLEM

A practical guide to PSC detention prevention, dry bulk vessel safety, operational excellence and commercial risk management.

By ShipOpsInsights with Dattaram | Maritime Operations & Risk Management | October 2026

The inspection that can change an entire voyage

Imagine a bulk carrier arriving at a loading port with valid statutory certificates, a completed maintenance checklist and a confirmed cargo schedule.

Everything appears ready.

Then, during a Port State Control (PSC) inspection, the emergency fire pump fails its functional test. The inspector raises a serious deficiency. The shipowner must arrange repairs, coordinate with technical management and respond to the authorities.

Cargo operations may be delayed. The vessel's schedule is disrupted. Additional costs begin to accumulate.

One question immediately comes to mind:

If the equipment was defective, why did the ship's own team not identify the problem before the inspector arrived?

This is the real lesson of Port State Control. PSC readiness is not about preparing a vessel for one inspection. It is about maintaining a ship that is safe, compliant and operationally ready every day.

For dry bulk shipowners, Masters, marine superintendents and ship operators, understanding this difference can prevent detentions, protect commercial interests and strengthen the fleet's safety culture.

1. What is Port State Control, and why does it matter?

Port State Control is the inspection of foreign ships by maritime authorities to verify compliance with applicable international conventions and national requirements.

Its purpose is to identify substandard ships and prevent unsafe vessels from continuing to operate.

Depending on the ship, inspection scope and applicable requirements, PSC may cover:

• SOLAS: Fire safety, lifesaving appliances, navigation and ship safety.
• MARPOL: Prevention of pollution from oil, garbage, sewage and air emissions.
• STCW: Seafarer qualifications, training and watchkeeping.
• Load Lines Convention: Freeboard, watertight integrity and relevant structural requirements.
• ISM Code: Safety management, maintenance, risk assessment and emergency preparedness.
• ISPS Code: Ship and port facility security.
• MLC, 2006: Seafarers' working and living conditions.
• Ballast Water Management Convention: Applicable ballast water management requirements.
• IMSBC Code: Safe carriage of solid bulk cargoes and their associated hazards.

A ship can have valid certificates and still face detention if serious deficiencies are identified.

A certificate confirms a particular compliance status. It does not guarantee that equipment is functioning correctly, that records are accurate or that the crew can demonstrate the required procedures.

Key takeaway: Do not confuse documentary compliance with operational readiness.

2. PSC trends: Where should shipowners focus?

Recent PSC reports and industry detention reviews highlight several areas that deserve continued attention, including fire safety, maintenance, crew familiarisation, lifesaving appliances, pollution prevention and the implementation of the Safety Management System.

For dry bulk operators, these trends should guide risk-based inspections rather than replace vessel-specific assessments.

Fire safety and emergency equipment

Fire doors, dampers, fire detection systems, emergency fire pumps, fire-main arrangements and emergency power supplies must be maintained and tested appropriately.

A checklist showing that equipment is satisfactory does not prove that it works.

Action: Conduct proper functional tests, record defects accurately and verify that corrective work has been completed successfully.

Pilot ladders and transfer arrangements

A pilot ladder may look acceptable but still be unsafe because of incorrect rigging, poor securing arrangements, damaged components or an unsuitable accommodation ladder interface.

Action: Inspect the entire transfer arrangement before use. Ensure the responsible officer understands the applicable requirements and can verify the arrangement correctly.

Planned maintenance and crew competence

Overdue critical maintenance, recurring defects and weak familiarisation can indicate that the ship's safety management system is not working effectively.

Action: Review outstanding jobs, machinery alarms, temporary repairs and critical spare-part requirements. Ask crew members to demonstrate important procedures instead of relying only on signed training records.

Pollution prevention and recordkeeping

Inspectors may compare the Oil Record Book, Garbage Record Book, bunker documents, disposal receipts, ballast water records and the actual condition of the relevant equipment.

Action: Ensure that records accurately reflect operations. Investigate discrepancies promptly and never fabricate or backdate entries.

Ballast water management

An incorrectly operated treatment system, unresolved alarms or inaccurate records can create regulatory and operational risks.

Action: Confirm that the crew understands the approved management plan, system limitations, alarm responses and applicable contingency procedures.

Key takeaway: Focus on equipment that must work in an emergency, procedures that must be followed correctly and records that must reflect reality.

3. Why do ships fail PSC inspections despite having an SMS?

The problem is often not the absence of procedures. It is the gap between what the procedures say and what happens onboard.

Consider these common situations:

• A maintenance job is marked complete without a satisfactory functional test.
• A defect is reported repeatedly but remains unresolved.
• An officer signs a familiarisation checklist without understanding the equipment.
• A temporary repair continues for months without adequate escalation or review.
• Shore management receives reassuring reports but does not verify critical information.
• Commercial pressure discourages the early reporting of problems.

These are not simply individual mistakes. They may reveal weaknesses in leadership, supervision, maintenance planning or company oversight.

A strong Safety Management System should identify problems, assess risks, assign responsibility, establish appropriate controls and verify that corrective actions are effective.

Closing a maintenance job in a computer system is not the same as eliminating the underlying risk.

Key takeaway: A good safety culture encourages early reporting and rewards effective corrective action, not the appearance of having no problems.

4. The commercial cost of a PSC detention

PSC deficiencies can have consequences far beyond repair expenses.

Consider a vessel scheduled to load coal or iron ore within a narrow laycan. A serious defect is discovered during inspection, and the vessel cannot proceed until the required corrective action is completed.

The consequences may include:

• Repair and service attendance expenses.
• Additional agency and port costs.
• Delayed berthing or cargo operations.
• Disruption to the loading programme.
• Missed laycan and potential contractual disputes.
• Additional bunker consumption or voyage costs.
• Reputational damage and increased scrutiny during future inspections.

The financial consequences depend on the circumstances. A detention does not automatically mean that all delay is off-hire or that a particular party is contractually responsible.

The applicable charterparty, the cause of the deficiency, the facts and the relevant legal principles must be examined.

For the operations desk, two actions are essential.

First, coordinate the safety response without delay.

Second, preserve the evidence: defect reports, inspection findings, maintenance history, repair records, port logs and communications between the Master, owners, charterers, agents, class and other relevant parties.

Key takeaway: Protect safety first, then assess commercial responsibility using accurate evidence and the applicable charterparty.

5. Important PSC developments in 2026

Shipowners must distinguish between requirements already in force, adopted amendments with future effective dates and proposals still under development.

The 2026 cargo-securing inspection campaign

The joint Paris MoU and Tokyo MoU concentrated inspection campaign running from 1 September to 30 November 2026 focuses on cargo securing for cargo units and cargo transport units.

Its applicability depends on the cargo and arrangements involved. It should not be interpreted as imposing container-securing requirements on every vessel carrying loose bulk cargo.

For vessels carrying steel products, bagged cargo or other breakbulk parcels, operators should check whether the campaign applies and review the relevant Cargo Securing Manual, securing equipment, procedures and crew familiarisation.

Updated PSC procedures

The IMO adopted Resolution A.1206(34), Procedures for Port State Control, 2025.

Companies should review the current procedures alongside relevant flag guidance, regional MoU requirements and the vessel's inspection history.

An old generic checklist may not adequately reflect current inspection practices.

IMSBC Code Amendment 08-25

Amendment 08-25 is an important consideration for dry bulk operators. Its voluntary application from 1 January 2026 and envisaged mandatory entry into force on 1 January 2027 should be assessed against the applicable provisions, flag instructions and cargo requirements.

Masters and Chief Officers must work with the correct applicable Code edition and understand the hazards associated with the cargo actually being carried.

Electronic inclinometers on qualifying new ships

The SOLAS requirement concerning electronic inclinometers or other means of determining, displaying and recording ship roll motion applies to qualifying bulk carriers and container ships of 3,000 GT and above constructed on or after 1 January 2026.

It is not a blanket retrofit requirement for every existing bulk carrier.

Key takeaway: Do not simply circulate regulatory updates. Determine which vessels are affected, when the requirements apply and what actions are needed.

6. Six dry bulk operational risks that deserve special attention

1. Hatch covers and structural condition

Corrosion, defective seals, damaged cleats, leaking hatch covers and deteriorated access arrangements can create safety, cargo and seaworthiness concerns.

Preventive action: Inspect hatch covers and hold access arrangements before loading. Arrange suitable testing where necessary and escalate suspected structural damage to technical management and class as appropriate.

2. Cargo loading and hull stresses

Incorrect loading sequences, uneven cargo distribution, excessive loading rates and poorly coordinated ballast operations can cause excessive structural loads.

Preventive action: Use the approved loading manual and loadicator. Monitor the vessel's condition at critical loading stages, coordinate with the terminal and stop the affected operation if safety limits may be exceeded.

3. Cargo liquefaction

Certain mineral cargoes, including applicable iron ore fines, mineral concentrates and nickel ore, can present liquefaction risks when the cargo properties and moisture conditions are unsafe.

Preventive action: Obtain the required cargo information and certificates, verify applicable sampling and testing requirements, and resolve credible inconsistencies before loading proceeds. Do not rely on paperwork alone when the cargo's actual condition raises a serious safety concern.

4. Ballast systems and tank integrity

Defective ballast valves, inaccurate tank soundings, faulty level alarms, tank-boundary damage and BWMS failures can affect compliance, stability and structural safety.

Preventive action: Reconcile ballast plans and records with actual conditions. Investigate system failures promptly and assess the implications for stability, structural loads and regulatory compliance.

5. Enclosed-space entry

Cargo holds, ballast tanks and other enclosed spaces may contain oxygen-deficient, toxic or flammable atmospheres. Cargo residues and fumigants can introduce additional hazards.

Preventive action: Follow the enclosed-space entry permit, risk assessment, isolation, ventilation, atmosphere-testing and rescue procedures. Never assume that opening a hatch makes a space safe to enter.

6. Lifesaving appliances and emergency readiness

Lifeboats, rescue boats, launching appliances, emergency lighting and emergency generators must be maintained in accordance with applicable requirements.

Preventive action: Verify equipment readiness, maintain service records, conduct required drills and ensure crew members understand their duties. Never perform improvised or unsafe demonstrations merely to satisfy an inspector.

Key takeaway: PSC prevention must be integrated with cargo operations, technical management and everyday shipboard safety—not treated as a separate administrative exercise.

7. Five practical ways to strengthen PSC readiness

The most effective approach is to move from last-minute preparation to continuous, risk-based assurance.

1. Introduce a vessel-specific PSC risk score.

Use the vessel's age, previous inspection reports, recurring deficiencies, equipment condition, trading region, flag and class status to prioritise attention.

Critical safety risks should receive more attention than routine administrative observations.

2. Use digital evidence intelligently.

Maintain a controlled system for defect reports, photographs, test results, maintenance records and corrective-action closure.

Digital evidence supports verification but does not replace physical inspection or functional testing where required.

3. Monitor critical equipment health.

Use planned maintenance data, alarm histories and appropriate condition-monitoring techniques to identify deterioration early.

Prioritise equipment according to the vessel's risk assessment, including emergency generators, fire pumps, steering gear, critical alarms and pollution-prevention systems.

4. Train through practical demonstrations.

Ask officers and ratings to demonstrate relevant emergency procedures, explain equipment limitations and respond to realistic scenarios.

Record identified gaps, provide coaching and verify competence afterwards.

5. Analyse repeat deficiencies across the fleet.

If several vessels report the same fire-door, pilot-ladder or emergency-equipment problem, investigate whether the cause lies in maintenance standards, procurement, training or company procedures.

Issue fleet-wide corrective actions and verify their effectiveness.

Key takeaway: Technology identifies warning signs; competent people investigate them, make decisions and verify that risks are controlled.

8. The operations desk: the link between safety and commercial performance

The shipowners' operations desk coordinates the Master, technical superintendent, crewing team, charterers, agents, class, flag and P&I Club.

Its responsibility is not to certify technical condition independently. It is to ensure that important risks are communicated, escalated and addressed in time.

Before arrival

• Review previous PSC findings and relevant inspection priorities.
• Confirm certificate validity and class status with the responsible team.
• Obtain an updated list of critical defects and overdue maintenance.
• Review emergency readiness and crew familiarisation.
• Escalate unresolved safety-critical issues.

During inspection

• Ensure the Master and responsible officers are available.
• Record findings and requirements accurately.
• Notify shore management promptly of serious deficiencies.
• Coordinate competent repair services and required technical attendance.
• Preserve relevant evidence and communications.

After inspection

• Obtain and review the official report.
• Assign corrective actions and deadlines.
• Verify rectification and submit required evidence.
• Analyse root causes and identify fleet-wide lessons.
• Update the vessel's compliance history.

Commercial pressure must never override statutory safety obligations. If a serious defect is discovered during loading, the Master should assess the risk, stop the affected operation when necessary and seek appropriate technical and regulatory guidance.

Any resulting contractual dispute should be assessed separately, on the evidence and the relevant charterparty.

Key takeaway: Effective operations management connects the ship's actual condition with timely decisions ashore.

9. Questions worth asking at the Britannia Loss Prevention seminar

To obtain practical value from the seminar on PSC and related issues and trends, consider asking:

1. Which deficiencies are currently contributing most to bulk-carrier detentions across the Paris MoU, Tokyo MoU and USCG regimes?
2. What recurring problems have Britannia's correspondents identified that were not detected by the vessel's own maintenance or audit systems?
3. What evidence should owners preserve when a detention leads to an off-hire or technical-responsibility dispute?
4. How should a Master respond when an inspector's finding appears incorrect, and what are the limitations of the applicable appeal procedure?
5. What lessons have emerged from cases involving fire pumps, pilot ladders, hatch-cover leakage, ballast water systems and enclosed-space safety?
6. How can P&I loss-prevention support help identify deficiencies before a vessel arrives at a high-scrutiny port?
7. How should fleet managers measure the effectiveness of corrective actions and prevent repeated deficiencies across sister vessels?

Where possible, request anonymised case studies explaining the original warning signs, why existing controls failed and which corrective actions proved effective.

10. A simple five-step PSC prevention framework

Every dry bulk fleet should consider a structured assurance cycle.

Step 1 — Review. Ideally, begin 7–14 days before a high-risk port call, where practicable. Examine previous deficiencies, applicable campaigns, certificate status, class matters and critical defects.

Step 2 — Verify. Before arrival, check critical equipment, actual crew competence, maintenance status and relevant operational records.

Step 3 — Escalate. Assign responsibility for serious defects immediately. Determine the required corrective action, risk controls and any necessary flag, class or authority involvement.

Step 4 — Demonstrate. During inspection, provide accurate documents, explain procedures clearly and cooperate professionally with the inspector.

Step 5 — Learn. After inspection, investigate the root cause, verify closure and share relevant lessons across the fleet.

Management should track detentions, deficiencies per inspection, repeat findings, overdue critical maintenance, defect-closure time and corrective-action effectiveness.

A zero-deficiency target alone is insufficient if it encourages under-reporting. Accurate reporting, timely rectification and prevention of recurrence provide a more meaningful picture of safety performance.

Final thought: Be ready every day, not just on inspection day

A PSC inspection may reveal a defective pump, an unsafe pilot ladder, poor recordkeeping or a weakness in the ship's safety management system.

But the deeper question is whether the company had an opportunity to identify and correct that weakness earlier.

For dry bulk shipowners, Masters, technical teams and operators, the answer lies in disciplined maintenance, competent crews, accurate records, clear communication and effective shore-side oversight.

The strongest PSC strategy is not a longer checklist. It is a management system that identifies risks early, assigns responsibility and verifies that corrective action works.

Because the real measure of a well-managed vessel is not how well it performs during an inspection. It is how effectively it prevents the deficiency before the inspector arrives.