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Laydown #1
40,000m² brick-paved surface
A hard-surface laydown area equipped with three-phase electricity supply and lighting to support possible night-shift operations.
Facility Specifications
Three laydown zones. One controlled staging environment.
The facility combines scale, access, surface options and operational support so components can be staged according to project requirements instead of being forced into one congested space.
Laydown #2
35,000m² compacted ground
Large practical staging space for blades, towers and other project components requiring controlled layout, access and movement planning.
Laydown #3
20,000m² compacted ground
Additional flexible capacity for overflow, project separation, staged release to site and component sequencing.
Dedicated movement corridorPort exit to controlled laydown
Dedicated Movement Corridor
Close enough to move fast. Far enough to stage smarter.
The laydown facility gives project teams a practical balance between speed and protection. Components do not need to remain inside the port longer than necessary, and the short movement to the facility allows discharge, staging and onward planning to happen with more control.
A dedicated abnormal exit gate supports wind turbine component discharge and improves route practicality for blades loaded vertically in shipping frames, allowing them to bypass the two low overhead bridges on the older route.
01Dedicated exitDeveloped specifically to support wind turbine component discharge from the port.
02Bridge bypassImproves route practicality for blades loaded on edge in shipping frames.
03Direct flowLoads are checked next to the vessel and moved directly to the storage facility.
The Evidence
A cleaner staging decision backed by visible comparison.
White PVC sheets were placed at the port exit gate and at the laydown area to measure iron ore dust contamination over time. The comparison showed significantly heavier dust exposure inside the port environment than at the laydown facility.
TFor project teams, the message is simple: every additional day in a high-dust zone increases the risk of cleaning challenges, staining and avoidable handling pressure. The laydown facility gives clients a cleaner and more controlled alternative before components continue to site.
- Dust exposure is heavier inside the port environment.
- Prevailing winds move dust away from the laydown facility position.
- Iron ore dust is difficult to clean and may require bio-friendly detergents.
- Continuous contamination can make port-based cleaning less practical and more expensive.
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