Fuel Unloading Compliance: Detect Unsafe Steps

Unloading fuel is a short window with a long memory. One missing step – no grounding, no spill barrier, a lit cigarette near the lane – is all it takes for a fire or a release. Fuel unloading compliance detection puts a model on the cameras already watching the bay, so the unsafe step is caught as it happens rather than after the incident report.

What follows covers what the model actually watches, why it supports a procedure without replacing it, and how it runs on the cameras you own.

What the Model Watches

The model is trained on the visible steps of a safe unload, not on the chemistry. On a watched bay it can flag:

• Grounding and bonding. Whether the bonding cable is connected before flow starts.
• Spill containment. Whether a capture basin or barrier is in place under the connection.
• No-smoking zone. A lit cigarette or open flame in the danger area becomes an immediate alert; fire and smoke detection on the same cameras backs this up.
• PPE gaps. Missing hi-vis or helmet where the site rule requires them.
• Personnel in the danger zone. Someone standing between the vehicle and the riser during transfer – the same trigger logic as intrusion detection, set to the bay.

Detection, Not a Compliance Guarantee

The model detects and alerts events; it does not certify that a procedure was followed or that a site is compliant. The operator still owns the procedure, the sign-off and the training. What the camera adds is a contemporaneous record and a live nudge when a step is skipped – useful for coaching and for the after-action review, not a substitute for the permit-to-work. Pair it with vehicle detection to confirm the tanker is positioned and stationary before flow.

On the Cameras You Already Have

The bay is almost certainly already covered by CCTV. An edge AI box ingests those streams and runs the unloading rules on-device, scaling from 2 to 128 channels with 1 to 256 TOPS matched to load, carrying a library of 198+ pre-built algorithms in software. Adding a new rule to watch the bonding step is a configuration change, not a new camera order.

Where It Fits

Fuel depots, terminal loading racks, retail forecourts and logistics yards all share the same risky minute at the hose. The difference between sites is the rule set, not the hardware. For the reference material your safety case should cite, the National Fire Protection Association and the UK Health and Safety Executive publish the flammable-liquids guidance most plans map onto.

What It Costs

Adding analytics to existing cameras starts at USD 399 for Standard 2, with Standard 4 at USD 999 and Standard 6 at USD 1,599; larger channel counts are quoted per site. Each Starter Kit ships with 10 metres of cabling as standard across the whole kit, with additional cable at USD 25 per 10 metres. The full breakdown is on our pricing page.

For a configuration-led project, the first working configuration on your own footage typically lands in about seven days. Bespoke algorithm development is different: until we have seen your video – the angles, the lighting, the specific bay you need watched – nobody can honestly commit to a date, and we do not.

For a related deployment angle, see our guide to a Warehouse Security Camera System: No Monthly Fee.

Frequently Asked Questions

Does this certify that unloading was compliant?

No. The model detects and alerts unsafe steps; it does not sign off a procedure. Your permit-to-work and operator sign-off remain the compliance record. The camera gives you a live nudge and an after-action view.

Will it watch the steps we care about?

The common watched steps are grounding and bonding, spill containment, no-smoking, PPE and personnel in the danger zone. If your site has a specific step, send the footage and we tune the rule to it during commissioning.

Do we need new cameras on the bay?

Usually not. The bay is normally already covered by CCTV, and an edge AI box runs the rules on those streams. A clear view of the connection point is what matters, not the camera brand.

Is this a replacement for fixed fire systems?

No. It is an operational layer that catches an unsafe step as it happens. Engineered fire detection and suppression stay in place; the model simply adds eyes on the procedure itself.

Next Step

Send us a photo of the loading bay or rack you want watched and we will tell you whether your existing camera can carry the unloading rules. For a wider view of turning cameras into event systems, see what AI video analytics does. Start with a Starter Kit to validate the rules on your busiest bay, or tell us your scenario for a configuration quoted per site.