Serpro clean-up kits

Clean-up kits are a practical way to control spills quickly, protect people, and reduce the risk of environmental harm. Serpro clean-up kits are designed for common UK industrial spill scenarios, helping sites respond consistently whether the spill is oil, chemical, coolant, water-based liquids, glass process fluids, or mixed contamination found in manufacturing environments.

Question: What is a clean-up kit and when do you need one?

Solution: A clean-up kit is a ready-to-deploy spill response pack that typically includes absorbents, PPE, disposal bags, and instructions so the first responder can contain and clean a spill without searching for individual items. You need clean-up kits wherever liquids are stored, transferred, or used, such as goods-in bays, bunded stores, production lines, maintenance workshops, plant rooms, tanker offload points, and waste areas.

In high-throughput settings like glass manufacturing, spills can occur around cutting and grinding processes, coolant and lubricant systems, wash-down areas, forklift routes, and chemical dosing points. A pre-positioned spill clean-up kit reduces downtime and improves consistency of response during shift handovers and contractor activity.

Question: Which Serpro clean-up kit should we choose: oil, chemical, or general purpose?

Solution: Choose the kit type based on the liquid you are most likely to spill and the surfaces you need to protect.

Oil-only clean-up kits are suited to hydrocarbons such as hydraulic oil, diesel, lubricants and oily water. They can help target oils in areas like workshops, plant rooms, and yard drains where oily run-off is a risk.
Chemical clean-up kits are for acids, alkalis, solvents and aggressive process chemicals. They are relevant where you handle cleaning chemicals, etchants, dosing chemicals, or specialist fluids used in manufacturing.
General purpose clean-up kits are for water-based spills such as coolants, detergents, and non-aggressive liquids. They are useful in wash bays, production areas, and around coolant sumps.

If you have mixed hazards (for example, coolants plus occasional oils), keep the correct kit types in the right locations rather than relying on a single all-round option. This improves spill control and reduces the chance of using an unsuitable absorbent.

Question: How do clean-up kits help with environmental compliance in the UK?

Solution: Clean-up kits support environmental protection by enabling fast containment, stopping spills from spreading to walkways, cable trenches, and drains. In practical terms, a good spill response can help reduce the likelihood of pollution incidents and demonstrate that you have taken reasonable measures to prevent releases.

For sites where drains and surface water are close to handling areas, spill clean-up kits are often paired with drain protection and secondary containment to reduce escalation. Consider combining spill response with:

Spill kits for standardised response across departments
Drip trays to prevent recurring leaks from becoming repeated clean-ups
Bunding and secondary containment to reduce spill spread at source
Drain protection to reduce the risk of liquids entering drainage systems

Question: What should a good spill clean-up kit contain?

Solution: A well-specified clean-up kit is sized for your credible spill volume and includes items that match the hazard. While contents vary by kit type, look for:

Absorbents for floors and equipment (for example pads and socks) to stop spread and soak up liquid efficiently
Containment items to isolate the spill edge quickly in busy areas
PPE suited to the hazard, especially for chemical spill clean-up
Disposal bags and ties to help segregate contaminated waste
Clear instructions so responders follow a consistent process under pressure

For glass manufacturing and similar production environments, it can be beneficial to keep additional housekeeping tools nearby to deal with mixed debris scenarios. The key is that the clean-up kit lets you control the liquid first, then complete safe removal and disposal.

Question: Where should we place clean-up kits on site?

Solution: Place clean-up kits where spill probability and consequence are highest, and where time-to-response must be low. Typical locations include:

Chemical stores and dosing areas
Maintenance workshops and tool cribs
Forklift battery charging points and plant rooms
Goods-in, dispatch, and tanker offload points
Near internal drains, external gullies, and yard areas prone to run-off
Process lines using coolants, lubricants, or wash chemicals

On larger sites, standardise placement and signage so contractors and night shifts can find the nearest spill clean-up kit quickly. A simple map and a visual inspection checklist support consistent readiness.

Question: What is the best spill response method using a clean-up kit?

Solution: Use a repeatable spill response sequence:

Make safe: stop the source if safe to do so, isolate ignition sources where relevant, and use appropriate PPE.
Contain: deploy absorbent socks or booms to stop spread, protect doorways, and block routes to drains.
Absorb: apply pads or other absorbents from the outside edge moving inward to reduce tracking.
Dispose: bag contaminated absorbents, label if required by your waste procedure, and move to the correct waste stream.
Report and restock: record the incident, identify root cause (leak, handling error, overfill), and restock the kit immediately.

This approach supports safer spill clean-up and helps reduce repeat incidents by linking response to corrective actions such as maintenance, improved storage, or upgraded containment.

Question: How do we size the right clean-up kit for our risks?

Solution: Base kit size on your most credible spill, not the average. Consider:

Container sizes handled (drums, IBCs, day tanks, dosing containers)
Transfer methods (pumps, hoses, forklifts, manual decanting)
Proximity to drains and doorways
Floor type and traffic (smooth floors spread faster; traffic tracks contamination)
Shift patterns and response time (nights and weekends often need extra readiness)

If you need help selecting the best spill clean-up kit coverage and placement, use the same risk-based approach you apply to bunding and chemical storage: credible release volume, pathways to the environment, and people exposure.

Site examples: where Serpro clean-up kits reduce risk

Glass manufacturing: fast response to coolant and lubricant spills around cutting and processing equipment reduces slip risk and keeps lines running (context: spill control in glass manufacturing).
Warehousing and logistics: oil-only kits at loading bays and near MHE maintenance points help control hydraulic leaks and prevent oily run-off.
Facilities and FM: general purpose kits in plant rooms and cleaning stores help manage water-based spills and cleaning chemical incidents.

Recommended add-ons for stronger spill control

Solution: Pair clean-up kits with prevention measures to cut repeat spills and improve compliance:

Absorbents for ongoing housekeeping and small leaks
Drum storage solutions to reduce handling spills
IBC bunding to contain larger container leaks

Further guidance and citations

For operational spill risk context in manufacturing environments, see Serpro guidance: https://www.serpro.co.uk/blog/spill-control-glass-manufacturing.

For external compliance reference and spill prevention principles, consult:

UK Government environmental guidance (GOV.UK): https://www.gov.uk/environmental-management
HSE workplace health and safety basics (HSE): https://www.hse.gov.uk/

Next step: get the right Serpro clean-up kit on site

Solution: Standardise spill clean-up kits by hazard (oil-only, chemical, general purpose), position them at high-risk points, and build them into your spill response procedure and training. If you also use bunding, drip trays, and drain protection, your site benefits from both prevention and rapid response, improving safety and reducing environmental risk.

Browse related categories: spill kits, spill absorbents, drain protection, and bunding.