
This project outlines a critical Over-Dimensional Cargo (ODC) transfer of Gas Flotation Units from Abu Dhabi to Jebel Ali Port, a short-haul movement defined by extreme weight (89 tons) and height (5.2 meters). Successful transit relied entirely on specialized low-profile hydraulic equipment and pre-emptive coordination with UAE road authorities to manage severe clearance restrictions.
What specialized issues arise when moving 89-ton energy equipment across the UAE?
Moving heavy machinery essential to oil and gas operations (such as Gas Flotation Units) in a high-traffic, regulated environment creates an acute logistical challenge, particularly when the cargo exceeds standard road dimensions.

| Cargo Type | Target Industry | Gross Weight | Max Height |
|---|---|---|---|
| Gas Flotation Units | Target Industry | 89 Tons | 5,200 mm (5.2 |
Key Cargo Specifications
How did specialized trailers overcome extreme height and clearance obstacles?
The sheer height (5.2m) of the unit presented significant risks related to overhead infrastructure, necessitating a technical solution focused on minimizing vertical profile while maintaining stability.
We deployed Low-Profile Hydraulic Modular Trailers specifically designed to reduce the overall height of the load carriage. This highly specialized equipment was crucial to manoeuvre the 89-ton unit safely under low clearance structures and overhead obstacles along the optimized route, ensuring continuity for energy production assets.
Key operational solutions that our team provided:
What permits and strategic planning ensured seamless transit?
In the UAE, the movement of cargo this size (5.8m wide, 5.2m high) requires extensive regulatory navigation to ensure safety and prevent major road disruption. This level of foresight is a crucial element of project logistics expertise.
Comprehensive regulatory compliance and proactive route optimization were mandatory for this short-haul ODC move. We secured all necessary special permits and coordinated closely with local authorities to ensure a seamless transit without delays or incidents.
The compliance process included:
What were the measurable results of this Mega Move?
The successful delivery of this high-value asset is measured by the flawless execution of a technically challenging move, full regulatory adherence, and zero operational incidents

| Key Metric | Complexity Of This Project | How Our Team Helped |
|---|---|---|
| Weight/Size | 89 tons, 5.2m height | Flawless transit of all units |
| Clearance Risk | Low clearance and overhead obstacles | Successfully managed using hydraulic modular equipment |
| Regulatory Compliance | Required special permits and authority liaison | All permits secured. Zero compliance violations |
| Operational Impact | Ensuring continuity for energy production | Project completed safely and on schedule |
This successful execution of ODC transport, particularly the complex regulatory navigation and engineering required in Dubai’s high-traffic urban core, is underpinned by Three Line Shipping’s extensive background. We draw on over 20 years of specialized experience in heavy lift and project logistics, ensuring that even the most technically demanding and high-value cargo movements are handled with proven operational excellence and deep regulatory knowledge.
Frequently Asked Questions (FAQ) on Project Logistics
Gas Flotation Units are large, specialized pieces of equipment used extensively in the oil and gas industry to efficiently separate oil, water, and gas during processing. Their transport is classified as critical because their timely delivery is essential to maintaining smooth energy production operations.
Low-Profile Hydraulic Modular Trailers are essential for maximizing safe transit clearance. They feature independent height adjustment and axle steering, which allows the total carrying height to be lowered significantly, enabling the cargo to pass safely under bridges or power lines with minimal margin.
Precise load calculations are vital to ensure that the weight of the 89-ton cargo is distributed correctly across the trailer axles and road infrastructure. This prevents axle overload, structural damage to roads, and maintains the stability required for safe transport of large, heavy cargo.