⚓ Safe Port Clause & Cargo Intake Planning: Why They Go Hand-in-Hand
❓ Three Yes/No Questions to Spark
Curiosity:
- Can
an unsafe port cost you more than demurrage?
- Are
you aligning your stowage plans with the realities of port safety and
restrictions?
- Do
you consider tidal, draft, and berth limitations when accepting a
charterer’s port nomination?
🔍 Clause Breakdown: “One
Safe Port” & Its Operational Impact
📜 Charter Party Sample
Wording
“The vessel shall proceed to one (1) safe port, safe
berth...”
This clause places the burden on charterers to select
a port where the ship can safely approach, stay, load/discharge, and depart—without
the need for abnormal precautions.
A port must be:
- Physically
safe (no grounding risk, proper tug availability)
- Politically
stable (free from conflict, sanctions)
- Operationally
viable (no hidden hazards, sufficient depth, pilotage support)
⚠️ Pitfalls & Practical
Example
One of the most referenced cases is The Eastern City
[1958] 2 Lloyd’s Rep 127, where the charterer was held liable after the
vessel grounded due to silting and tidal limitations—conditions known to the
charterer but not disclosed.
🧠 BIMCO’s Guidance:
They advise operators to evaluate dynamic risks,
especially post-COVID and with climate-affected port geographies. “Safe” is not
static—it’s conditional and temporal.
📦 The Link to Stowage
& Cargo Intake
Poor port conditions may directly impact:
- Allowable
sailing draft
- TPC
correction due to tidal windows
- Hold
filling percentages and trimming requirements
- Risk
of hogging/sagging due to partial discharges at draft-restricted terminals
📊 Sample Stowage Plan
Format
Here’s how a technically compliant cargo intake report may
look when planning under safe port conditions:
🛳️ Stowage Plan – Example
Format
Displacement @ 12.20 m:
68,200 mt (summer draft)
Lightship:
10,400 mt
Deadweight:
57,800 mt
Density correction (1.021):
1,185 mt (actual draft 12.00 m)
High sulphur fuel oil:
450 mt
Low sulphur fuel oil:
200 mt
Marine diesel oil:
75 mt
Low sulphur marine gas oil:
60 mt
Lube oil:
40 mt
Constants:
600 mt
Fresh water:
220 mt
Unpumpable ballast:
120 mt
Other Ballast (trimming / BM / SF):
3,100 mt
Expected loss due to Hogg/Sagg:
180 mt
Max cargo intake:
51,770 mt
TPC = 67.5
Sailing draft loading port = 12.20 m, density = 1.020
Arrival draft disport = 11.85 m, density = 1.015
🔩 Hold-wise Cargo
Distribution:
- H1
= 5,720 mt (11.0%)
- H2
= 5,910 mt (11.4%)
- H3
= 5,700 mt (11.0%)
- H4
= 5,780 mt (11.2%)
- H5
= 5,600 mt (10.8%)
- H6
= 5,680 mt (11.0%)
- H7
= 5,420 mt (10.5%)
- H8
= 6,120 mt (11.8%)
- H9
= 5,840 mt (11.3%)
TOTAL = 51,770 mt
✅ Arrival/Departure Drafts per
Port (FWD / AFT)
- Port
A (Load): Dep 12.20m / 12.22m
- Port
B (Discharge 1): Arr 11.95m / 11.98m, Dep 10.80m / 10.82m
- Port
C (Final Discharge): Arr 10.00m / 10.05m
🧭 Actionable Takeaways
for Ship Operators & Charterers
- Always
confirm draft restrictions & tidal windows BEFORE accepting
port nomination
- Use
your Loadicator to simulate HOG/SAG scenarios when trimming is
required
- Cross-verify
actual arrival drafts with the charterer’s safe port clause
implications
- If
in doubt, reject unsafe nominations in writing—charterers are
responsible
- Maintain
clear documentation of your port planning and risk mitigation
📣 Conclusion: Let
Compliance Guide Your Capacity
Maximizing cargo intake starts with minimizing risk. Always
tie your stowage plan to the real-world limitations of nominated
ports—and hold your charterers accountable to the Safe Port clause.
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⚠️ Disclaimer
This article is intended for educational purposes only.
It does not constitute legal or commercial advice. Shipping professionals
should consult chartering managers, legal teams, or P&I clubs before taking
any contractual actions.
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