Protecting an oil depot from UAVs: tanks, vapours and rules of engagement

An oil depot is not just a warehouse. These include fuel tanks, process pipelines, embankments, and areas where a spark or falling object could cause a fire. The protection system must take this into account before selecting equipment.

How is a tank farm different?

• Explosive areas and equipment restrictions.
• Petroleum vapors and intrinsic safety requirements.
• Large tanks are a noticeable thermal and optical target.
• Dikes and technological passages limiting access.
• Continuity of operations and personnel on site.

Attack Scenarios

The first scenario is reconnaissance: a drone films the location of tanks and entrances. The second is the release of the incendiary element. The third is a strike on a specific reservoir. Each requires its own means: detection, passive protection and limited exposure.

Passive tank protection

Nets, screens and enclosures reduce the likelihood of exposure to vulnerable elements. They do not create interference and work without power. But passive protection does not stop exploration and does not cover the entire area of ​​the tank farm.

Active protection and restrictions

The electronic control system at the oil depot requires the calculation of electromagnetic compatibility and exclusion zones. Laser exposure requires line of sight and safety zones. Kinetic interception creates debris that can fall into an explosive area. Therefore, active funds are designed for specific sectors and rules.

Electromagnetic compatibility

A powerful jammer can affect communications, sensors, and GPS synchronization. This is especially critical at an oil depot: interference with process equipment is unacceptable. Calculation of frequency windows and directivity is a mandatory part of the project.

Phased rollout

1. Inspection of the tank farm and zones.
2. Passive protection of vulnerable tanks.
3. Detection on the approaches.
4. Active funds in permitted sectors.
5. Personnel training and exercises.