Spill Response Plan
A plan written before anything is spilled. What you store and which drain it would reach, who does what in the first ten minutes, and who has to be told by law.
- The nearest drain, with a distance, for every substance you store
- Response level set by destination, not by volume
- Named people with out-of-hours numbers, not job titles
- A notification table filled in before the incident, not during it
Spill Response Plan
Written before anything is spilled
| # | First moves, contained spill | Done | By | Time |
|---|---|---|---|---|
| 1 | Make yourself safe first, assess vapour, slip and fire risk | |||
| 2 | Stop the source if it is safe, close the valve, upright the drum | |||
| 3 | Protect the drain before absorbing anything |
The document you will get. Download for the full, editable file.
Who this spill response plan is for
A spill plan is written by one person and used by whoever happens to be standing there, which is the whole design problem.
Whoever writes the plan
Usually facilities or EHS. The pre-work is sections two, three, five and eight, and section three is the one that takes a site walk with a drainage plan rather than an afternoon at a desk.
The first person on scene
A cleaner, a night-shift operator, a delivery driver. They need the first three steps and a phone number, which is why the plan names people rather than roles and lives at the spill kit rather than in a folder.
Site or operations manager
You are deciding whether this is a mop or an evacuation. The destination rule is the judgment you need, and the notification table is what stops the next hour being spent looking up who to call.
Environmental or compliance lead
You are answering to a permit, an insurer or a regulator afterwards. Whether the drain was protected, when the regulator was told, and how the waste was consigned are the three lines that get read.
Which section matters the most in your sector
The response steps barely change between sites. What changes is what you store and where your drains go, and that is what decides whether a spill is an inconvenience or a prosecution. If you run one of these, the sector page goes further than the template does.
- FM service providers
The named roles. When the site is run under contract, a plan that names client staff who left two years ago is a plan nobody can execute at three in the morning.
FM service provider software - Data centres
Bulk diesel. Generator fuel storage is the largest single volume on most of these sites, and the bund, the interceptor and the delivery coupling are where spills actually start.
Data centre maintenance software - Healthcare
Substance variety. Labs and pharmacy hold small quantities of many things, so the register matters more than the volume, and some of it must never reach foul drainage.
Healthcare maintenance software - Retail and malls
Loading bays and yard gullies. Deliveries are where spills happen, and a yard gully six meters from the bay usually discharges to surface water rather than to sewer.
Retail maintenance software - Commercial real estate
Drainage knowledge across a portfolio. The plan is only as good as the answer to where the gullies go, and that answer is building by building.
Portfolio maintenance software - Education
Training and drills. Workshops and science departments change staff every year, so the drill record is what tells you whether anyone currently on site has used a drain mat.
Campus maintenance software
What a spill response plan should contain
A spill response plan is a document written in advance that sets out how a site will deal with a chemical, fuel or oil spill. It records what is stored and where, which drain each substance would reach, the kits and equipment available, who does what, the steps for a contained and an uncontained spill, and who must be notified.
A. Fields specific to a spill response plan
| Field | What goes in it | Why it earns its place |
|---|---|---|
| Substance register | What you store, where, maximum quantity and container type | The plan cannot be written without it, and it dates quickly. A substance that arrived last year and is not on this list is a substance with no response written for it. |
| Nearest drain, with a distance | The specific gully or grating, and how far away it is | This is the single most useful line in the document. In a real spill nobody has time to work out where the liquid is heading, so it is written down beforehand with a distance. |
| Where the drainage goes | Surface water and foul, each named to its destination | Whether the yard gully discharges to a watercourse or to sewer decides how serious any spill becomes. If nobody on site can answer this, the plan is not finished. |
| Interceptor and penstock | Whether fitted, where, and who can operate it | A penstock nobody can find is not a control. Naming the location and the keyholder is what turns it from equipment on a drawing into something usable in ten minutes. |
| Sensitive receptors nearby | Watercourses, boreholes, wetlands, abstraction, housing | These decide the scale of the response and who has to be told. A borehole within two hundred and fifty meters changes the answer to almost every other question. |
| Spill kit register | Kit ID, location, contents, capacity and check dates | A kit that has been raided for a minor leak and never restocked is worse than no kit at all, because people will run to it. The check date is what prevents that. |
| Named response roles | Seven roles, each with a person, a phone and an out-of-hours number | Job titles do not answer the phone. The plan is used by whoever is on site when it happens, and they need a name and a number rather than a hierarchy. |
| Contained spill route | Nine steps, starting with your own safety and then the drain | The order is the content. Making yourself safe, stopping the source and protecting the drain come before anything is absorbed, and the sequence is the part that gets improvised. |
| Uncontained spill route | Ten steps, from raising the alarm to preserving the container | A separate route rather than a longer version of the first. It includes the things people forget under pressure: photographs, the failed component kept, and the reports started. |
| Notification table | Who must be told, by when, and the actual number to ring | Filled in before you need it. Looking up which regulator to call, and within what timeframe, is not something to be doing while liquid is still moving. |
| Waste and disposal | Classification, waste code, carrier and consignment reference | Used absorbent is usually hazardous waste. Getting this wrong turns a handled spill into a separate offence, and the consignment note is the only evidence it went anywhere legitimate. |
| Training and drills | Who is trained, when, and what the last drill found | The drill is the part that tests the plan rather than the paperwork. Almost every site that runs one discovers the drain mat does not fit the gully. |
If you only fill in three sections before you need this, make them the substance register, the drainage answer and the notification table. Those are the three that cannot be worked out during an incident. The response steps can be read off the page by somebody who has never seen it, and the roles can be shouted down a corridor, but where a particular gully discharges to, and which regulator has to be told within what timeframe, are facts that take a site walk and a phone call to establish. Sites that skip them end up making the two decisions that matter most on the basis of a guess.
B. What it looks like filled in
One spill from the log, worked through in order. Fifteen liters of diesel in a generator yard, contained, and still the sort of entry that changes something.
| Time | Action | Detail | By whom |
|---|---|---|---|
| 09:40 | Spill noticed | Diesel, split delivery hose coupling, generator yard | Delivery driver |
| 09:42 | Made safe, source stopped | Delivery halted, coupling closed, no ignition sources | D. Osei |
| 09:44 | Drain protected | Mat over yard gully SW-04, six meters east, before absorbing | D. Osei |
| 09:50 | Contained and absorbed | Booms round the edge, granules from kit SK-02, roughly 15 L | D. Osei |
| 10:20 | Kit restocked, spill logged | SK-02 restocked before standing down, quantity recorded | D. Osei |
| Next day | Root cause actioned | Hose beyond service life, replaced, six-monthly check added | J. Farrow |
The two bold rows are why this stayed a fifteen-liter incident rather than a notification. The drain was covered at nine forty-four, before anybody reached for granules. Had the sequence gone the other way, absorbing from the edges inwards while diesel ran six meters to a surface water gully, the same fifteen liters would have become a spill that reached a watercourse, which is the serious response route, an immediate call to the regulator and a very different conversation with the insurer. The second row matters for a different reason. A coupling past its service life is a maintenance problem, not a response problem, and no spill plan will fix it. Three minor spills from the same fitting is the pattern the log exists to make visible, which is why the plan asks you to record the small ones too.
Word to write your own substance register and adapt the response steps, Excel for the kit register, the notification table and the rolling spill log, PDF for the copy that goes on the wall by the spill kit. Free, and yours to rebrand.
How do you write a spill response plan?
This is a plan rather than a form, so most of it is filled in once, before anything happens. Work part A first and do not leave section three until later. Six steps.
List what you store, where, and how much
Every substance held on site with its location, maximum quantity, container type and hazard. Fuels, oils, cleaning chemicals, coolants, pool chemicals, lab reagents. A substance missing from this register is a substance with no response planned for it.
Write the nearest drain against each one, with a distance
For every substance, the specific gully or grating the liquid would reach and how far away it is. This is the line that gets used first in a real spill, and it is the reason the register is worth the walk it takes to complete.
Answer where the drainage actually goes
Surface water and foul drainage each named to their destination, the distance to the nearest watercourse, whether an interceptor or a penstock is fitted and who can operate it, and any borehole or sensitive receptor nearby. Expect a site walk with a drainage plan.
Put kits where the substances are, and put them on a schedule
One kit register with ID, location, contents, capacity, the date last checked and the date next due. Kits belong next to what they are for rather than in a store, and the check date exists because a raided kit is worse than none.
Name people, with numbers, for all seven roles
Incident controller, trained responder, drain protection, site liaison, regulator notification, waste and disposal, records and photographs. Each with a person, a phone number, an out-of-hours number and a deputy. Titles do not answer the phone.
Write both response routes and fill in the notification table
The contained route and the uncontained route as two separate sequences, with the trigger between them written as destination rather than volume. Then the notification table with the real numbers and the real statutory timeframes for your jurisdiction.
A contained spill versus one that reached a drain
This is the judgment the plan exists to make easy, and it is the one people get wrong. The trigger is not how much was spilled.
| Aspect | Contained on site | Reached a drain or ground |
|---|---|---|
| What triggers it | The liquid stayed on a bunded or sealed surface | Any amount that entered a drain, a watercourse or the ground |
| A typical case | Fifty liters on a bunded plant room floor | Five liters into a yard gully |
| Who responds | A trained site responder with the nearest kit | Alarm raised, area evacuated, specialist contractor called |
| The first move after safety | Protect the drain, then contain and absorb inwards | Block or isolate drains downstream, penstock closed if fitted |
| Regulator | Not normally notifiable, but still logged | Notified immediately, within the timeframe in the plan |
| Evidence needed afterwards | Quantity, cause and the kit used, recorded in the log | Photographs of the extent and the receptors, failed container kept |
Destination, not volume. This is the sentence to take away, because it inverts the instinct. A large spill that is going nowhere is a clean-up job: unpleasant, slow, and entirely within the site's own control. A small spill that has found a surface water drain is already outside the site and heading somewhere with a regulator attached to it, and the volume stops being the relevant number the moment it leaves the premises. Sites that set their trigger on liters end up under-reacting to exactly the spills that matter, because the ones that reach a drain are usually the small ones. Nobody escalates over five liters unless the plan has already told them, in advance and in writing, that five liters in a gully is the serious route.
When the template starts to feel limiting
The plan handles the first ten minutes well. It handles the year between spills badly, and always in the same four ways.
Kit checks fall due and nothing says so
Every kit has a next-check date written in a document that is opened after an incident rather than before one. The kit that has been raided and not restocked is discovered by the person running to it.
You cannot see whether the plan is current
A new substance arrives, a contractor changes, a responder leaves. Nothing connects those events to the plan, so it drifts out of date silently and only fails when it is finally used.
The substances are not an asset register anywhere
The bunded tank in the generator yard exists on this plan, on a permit, on an inspection form and in a maintenance schedule. Joining those up is a person's memory rather than a record.
Repeat spills from the same cause stay invisible
Three small spills from one delivery coupling is a maintenance problem the plan cannot fix. Seeing it means reading every spill log entry at once and noticing they share a container.
What running this in Facilio looks like
The template is the paper version of this plan. The sections are the same ones; the difference is that a spill kit becomes an asset with a check schedule, and a spill becomes a record joined to the container that caused it.
Work Completion Validator
A spill cannot close with the kit unrestocked
On paper the response ends when the surface is clean. Work Completion Validator holds the close-out against its evidence, so restocking the kit and consigning the waste are conditions of closing rather than good intentions.
Ops Performance Intelligence
Kit checks and drills are scheduled, not remembered
Every kit carries its own next-check date and every responder their training expiry, so a kit that has drifted past its check and a drill that has not run for two years both surface before an incident rather than during one.
Audit Report Intelligence
Repeat causes become visible
Because each spill is recorded against the container and the cause, three small spills from one coupling read as a failing component rather than as three tidy clean-ups, which is the finding that stops the fourth.
Contractor Work Tracker
Response and disposal sit with the contractor record
Who attended, what they were licensed to carry and which consignment note covered the waste sits against the contractor, so the disposal chain is evidenced rather than reconstructed later.
Hallucination-free by design. Atom AI answers from the records in your tenant rather than generating plausible text, so an empty field reads as empty rather than filled in for you.
Frequently asked questions
What is a spill response plan?
A spill response plan is a document written before anything is spilled. It records what hazardous substances a site holds and where, which drain each one would reach, the spill kits and equipment available and where they are, the people responsible for each part of a response, the steps to follow for a contained and for an uncontained spill, and who has to be notified within what timeframe.
It closes with the parts that come afterwards: how contaminated absorbent and washings are classified and disposed of, who is trained, and what the last drill found. The point of writing it in advance is that almost none of it can be worked out during an incident.
What should a spill response plan include?
The site and plan details with a review date, a register of every substance held with its location, quantity, container and the nearest drain with a distance, and an answer to where the surface water and foul drainage actually discharge. Then the interceptor and penstock, sensitive receptors nearby, the spill kit register with check dates, and seven named response roles with out-of-hours numbers.
For the response itself, two separate routes: nine steps for a spill contained on site and ten for one that is uncontained or has reached a drain, plus a notification table with real numbers and statutory timeframes. Afterwards, waste classification and consignment, the training and drill record, and sign-off.
When does a spill have to be reported?
As a working rule, whenever it reaches a drain, a watercourse or the ground. That is the trigger this plan uses, and it is deliberately about destination rather than volume, because the spills that leave a site are usually the small ones.
The exact duties depend on where you operate and on any environmental permit or consent you hold, which is why the notification table is filled in with your own regulator, your own contact number and your own timeframes before an incident rather than looked up during one.
Is it decided by how much was spilled?
No, and this is the most common mistake. The response level is set by where the liquid ended up. Five liters that entered a surface water drain is the serious route, with the regulator notified and specialist attendance arranged. Fifty liters on a bunded plant room floor is a clean-up.
Volume still matters for the clean-up effort and for the waste, but it is not the trigger. Sites that escalate on liters routinely under-react to the spills that carry real liability, because a small volume that has left the premises is already someone else's problem as well as yours.
Do you protect the drain first or absorb the spill first?
Protect the drain first, immediately after making yourself safe and stopping the source. Cover it with a drain mat, plug or boom before any absorbent is used.
Absorbing from the outside edges inwards while liquid continues to run into a gully is the single most common error in a spill response, and it is understandable, because containing the visible mess feels like progress. The drain is where the liability sits, so the few seconds spent covering it are worth more than the first ten minutes of absorbing.
How often should spill kits be checked?
On a set schedule with the date recorded, and always after any use. The kit register in this plan carries a last-checked and a next-due date for each kit precisely so the check is a dated event rather than an assumption.
The failure mode is specific: a kit gets raided for a minor leak, nobody restocks it, and the shortfall is discovered by the next person who runs to it in an emergency. That is worse than having no kit, because the plan and the signage both promised one. Restocking before standing down is a step in the response for the same reason.
What is the difference between a spill response plan and a spill kit?
The kit is the equipment: mats, booms, granules, pads, bags and PPE. The plan is what tells somebody which kit to fetch, which drain to cover first, whether this spill is a clean-up or an evacuation, and who to ring.
A site with kits and no plan usually has the equipment in the wrong place and no agreed trigger for escalation. Running one drill with the actual kit and the actual gully is what exposes the gap, and almost every site that does it finds the drain mat does not fit or that nobody knows where the penstock key is.
Can I edit and rebrand this template?
Yes. It is free to use, edit, rename and put your own logo on, internally or for clients. No attribution required.
The Word version is the one to edit if you want to write your own substance register or adjust the response steps to your site. The Excel version is the one to use if you want the kit register with countdowns and the rolling Spill Log tab, which keeps one row per spill with the substance, quantity, cause, whether it reached a drain, the waste consignment and the root cause.
In one paragraph
A spill response plan is written before anything is spilled, and most of its value is in the part that cannot be worked out under pressure. List every substance you hold with its location and quantity, then write the specific drain it would reach and how far away that drain is. Establish where your surface water and foul drainage actually discharge, even if it takes a site walk with a drainage plan, because that single answer decides how serious any spill becomes. Put kits next to what they are for and give each one a dated check, since a raided kit is worse than none. Name individuals with out-of-hours numbers rather than job titles. Then write the two response routes, and set the trigger between them on destination rather than volume: anything reaching a drain, a watercourse or the ground is the serious route, whatever the quantity. Protect the drain before you absorb anything, and log the small spills too, because three from the same coupling is a maintenance problem no plan will fix.
The template is the floor, not the ceiling
Take the plan; it will satisfy a permit and give a responder something usable at three in the morning. When a document in a folder stops being enough, a connected CMMS runs the system: spill kits as assets with their own check schedules, substances tied to the containers and inspections that cover them, spills recorded against the component that failed, and repeat causes visible before the fourth one.
