Nobody discovers the state of a spill kit on a calm day. The discovery happens mid-incident: a drum of hydraulic oil is spreading towards a drain, someone sprints to the yellow bin on the wall, and the bin is half empty because its pads have been mopping up minor drips for a year. Spill kits are emergency equipment that fail silently - they look present and ready right up until they are opened. Tracking them is less about theft and more about three quiet questions: is every kit where the plan says, is it full, and is it the right type for what could spill there.
What you will learn
- The quiet failure of spill kits
- Start with a map, not a list
- What each kit’s record holds
- Labels, seals and the scan-to-check habit
- Inspections and restocking after use
- Beyond the spreadsheet
- FAQ
The quiet failure of spill kits
Spill kits degrade in four ordinary ways, none of which announce themselves:
- The kit becomes the workshop’s pad supply. Absorbent pads are useful, so they get used - for drips, for cleaning, for a leaky forklift - and nobody logs a withdrawal from an emergency kit.
- The kit moves. A refit, a new racking layout, a delivery blocking a wall, and the kit ends up two bays away from where the spill plan and the floor signage say it is.
- The contents age. Granules clump in damp corners, disposal bags perish, gloves inside go brittle. A kit can be untouched for five years and still fail.
- The type stops matching the risk. The process changes - a new solvent, a new line - and the universal kit that was right for the old fluids is wrong for the new ones.
None of this shows up in a walk-past. It shows up in an inspection with a contents list, or in an incident.
Start with a map, not a list
Most asset registers start with the items. For spill kits, start with the locations, because the location is the function - a fully stocked kit in the wrong place is nearly as useless as an empty one. Walk the site and record where a spill could plausibly start: liquid storage, decanting and dispensing points, loading bays, hydraulic machinery, waste areas. A print shop’s ink and solvent store, a packaging line’s gluing station and a maintenance workshop’s oil rack each earn a marked spot.
Each spot becomes a named location in the register, and each kit is assigned to one. From then on, “is every location covered” is a filter, not a site walk - and when a kit is found wandering, the record says where it belongs. The same location map serves your fire extinguishers, which fail in exactly the same quiet, stationary way.
What each kit's record holds
| Field | Why it matters |
|---|---|
| Kit ID | Tells two identical yellow wheelie bins apart, on the wall and in the incident report |
| Kit type | Universal, oil-only or chemical - the difference between absorbing a spill and spreading it |
| Location | The field the spill plan, the signage and the register must all agree on |
| Contents list | Pads, socks, granules, gloves, goggles, disposal bags - the checklist every inspection runs against |
| Absorbent capacity | Confirms the kit matches the largest container stored nearby |
| Seal status | An intact tamper seal turns “is it full” into a one-second glance |
| Last inspection + inspector | Proof for auditors, and a named person to ask when something is off |
| Responsible person | The name on the label - who to tell when contents get used |
Attach a photo of the kit correctly placed and stocked. Inspections become comparisons, and after a refit the photo settles where the kit is supposed to live.
Labels, seals and the scan-to-check habit
Two cheap physical controls carry most of the system:
- A QR label on the kit body - not the lid, which gets swapped between bins - with the kit ID printed beneath. Scanning it brings up the kit’s record: contents list, last inspection, where it belongs. Laminated stock survives washdowns and forklift scuffs.
- A numbered tamper seal through the lid. Seals are not security; they are information. An intact seal means the contents match the last inspection, so the routine check is a glance. A broken seal means open it, restock it, reseal it, log it.
Mark the wall or floor position as well, so an absent kit is conspicuous - an empty painted rectangle asks its own question.
Tip: keep a small open stock of loose absorbent pads near the messiest workstations, clearly separate from the sealed kits. Raiding happens because the kit is the nearest absorbent; give people a nearer one and the seals stay intact.
Inspections and restocking after use
Put kit checks on a recurring schedule - monthly is common on busy sites, quarterly where risk is lower - plus an immediate check after any use. Each check is the same short routine: right place, seal intact, contents against the list, nothing degraded. Logged with a date and a name, these checks build the asset verification trail that environmental audits and insurers ask to see; an unbroken history of checks is the cheapest audit readiness you will ever buy.
Restocking is where most programmes leak. Treat kit contents as consumables with reorder points: when an incident or inspection empties half a kit, the withdrawal is logged, replacement pads and socks are ordered against a target stock level, and the kit’s record shows it is below capacity until the refill is sealed in. A kit that is “waiting on pads” for six weeks is an empty kit with paperwork.
Beyond the spreadsheet
A spreadsheet can list kits, locations and dates, but it cannot stand in front of the kit. Checks get logged at a desk hours later, from memory, in bulk - and a register updated from memory drifts towards fiction at exactly the speed the kits do.
AMPthilly puts the record where the kit hangs. Each kit is an asset with a location, contents list in custom fields, attached photos and a full history of checks and status changes; scanning the kit’s QR label with a phone camera opens that record in the browser, no app install, so the inspection is logged standing in front of the kit. Used contents become a service ticket with photos, and absorbents can be run as consumables with reorder points and supplier details. The free plan covers 3 users and 25 assets - most small sites’ entire kit network - so the register can prove itself before costing anything. Questions about fit are welcome at /contact/.
FAQ
How often should spill kits be inspected? On a recurring schedule matched to risk - monthly on busy sites, quarterly on quiet ones - and immediately after any use. Check place, seal, contents, condition.
What should a spill kit register record? Kit ID, type, exact location, contents list, capacity, seal status, last inspection with inspector, and a responsible person - plus a photo of the kit in place.
How do I stop people taking absorbents from spill kits? Provide loose pads for routine drips, fit tamper seals so raids show instantly, and name a contact on the kit so used contents get reported, not hidden.
What types of spill kits should I track? Universal for oils and water-based fluids, oil-only for hydrocarbons, chemical for aggressive liquids. Record the type and match it to each location’s risk.
Where should spill kits be placed? Where spills start: liquid storage, decanting points, loading bays, hydraulic machinery, waste areas. Record exact placement so moved kits are caught.
The takeaway
A spill kit programme is a promise that a specific bin, in a specific place, will be full on the worst day. Keeping that promise takes a location map, a per-kit record with a contents list, seals that make tampering visible, scheduled checks logged on the spot, and a restock loop that closes fast. Build those five habits and the sprint to the yellow bin ends the way the spill plan assumed it would.