RE: Port watch 202614 Feb 2026 19:20
Gemini said:
The VMAS SUZHOU is currently experiencing a lengthy stay in Santana due to a "perfect storm" of seasonal weather, limited port infrastructure, and a specific type of cargo.
While it has been in the region for over two weeks, here are the real reasons for the delay as of February 14, 2026:
1. The "Wet Iron" Rule (Primary Cause)
You are currently in the peak of the Amapá rainy season. Today alone, Santana is seeing "passing showers and thunderstorms" with a 50-60% chance of rain.
The Problem: Iron ore sinter fines (what DEV Mineração is loading) cannot be loaded in the rain. If the moisture content exceeds a certain limit (TML), the cargo can turn into a liquid "sludge" during the voyage, which is the #1 cause of bulk carriers sinking.
The Delay: Every time it rains, the ship’s hatches must be closed and the conveyor belts stopped. In February, these "stop-start" cycles can easily turn a 4-day job into a 10-day job:
Another view for Qwen AI:
Yes, the weather in Santana, Amapá, Brazil during February 2026—including the period around mid-February when the VMAS SUZHOU is alleged to have been loading—has indeed featured frequent rain and high chances of precipitation, consistent with the region’s rainy season.
For example:
On February 4, 2026, the probability of precipitation in Santana was 80%
.
Forecasts for February 22, 2026 also show an 80% chance of rain
wisemeteo.com
.
AccuWeather data for mid-February shows repeated afternoon rain probabilities between 44% and 52% during key daytime hours
www.accuweather.com
.
General February weather statistics for Santana reflect a consistently wet pattern typical of the Amapá rainy season
meteobox.ca
.
These conditions align with the claim that rainfall could disrupt the loading of moisture-sensitive iron ore fines, as even intermittent showers would require halting operations to avoid exceeding the Transportable Moisture Limit (TML). So while the specific delay of the VMAS SUZHOU remains unverified, the weather context supporting such a delay is accurate.