Our safety overview

Safety on industrial and commercial sites is not just about avoiding accidents. It is about preventing spills, controlling leaks at source, protecting drains and watercourses, managing hazardous substances correctly, and demonstrating environmental compliance. This safety overview explains how spill management, bunding, drip trays, spill kits and related site controls work together in practical operations.

Question: What does "site safety" mean in spill management?

Solution: For workplaces handling oils, fuels, chemicals, paints, coolants, cleaning fluids or gases, safety means controlling loss of containment. The safest sites are designed to:

• Prevent leaks from storage and handling (bunded storage, drip trays, robust containment practices).
• Stop spill spread across floors and yards (spill socks, drain covers, absorbents, barriers).
• Protect drainage and the environment (drain protection, temporary sealing, response procedures).
• Respond quickly with a clear plan and the right spill kits, including PPE.
• Prove compliance through risk assessment, training and documented spill response processes.

Good spill control is operationally important: it reduces slip hazards, limits downtime, protects equipment and avoids clean-up escalation.

Question: How do we reduce spills before they happen?

Solution: Prevention starts with storage layout, segregation and secondary containment. Practical controls include:

• Bunded storage for drums, IBCs and chemical containers to capture leaks and overfills.
• Drip trays under taps, pumps, decant points and small containers where day-to-day drips occur.
• Managed transfer using funnels, drum taps, controlled dispensing and good housekeeping.
• Correct segregation of incompatible substances and clear labelling to reduce reaction risk.

Where gases are stored on site, apply the same prevention-first thinking: keep cylinders secure, upright and protected from impact, and ensure storage arrangements support safe handling and emergency response. See our guidance on safe cylinder storage and handling: Gas cylinder storage UK.

Question: What should our spill response look like in real operations?

Solution: A spill response plan should be easy to follow under pressure. A practical spill response typically includes:

1. Make safe - assess hazards, stop work, isolate ignition sources if flammables are involved, and use appropriate PPE.
2. Stop the source - close valves, upright containers, isolate pumps, and use temporary leak control where safe.
3. Protect drains - deploy drain covers, drain seals or barrier booms to prevent discharge.
4. Contain the spill - use spill socks/booms to ring-fence the liquid and protect walkways.
5. Absorb and clean - use pads, rolls and granules suited to the liquid type (oil-only, chemical, or general purpose).
6. Dispose correctly - bag, label and store waste for collection in line with your waste procedures.
7. Review and improve - log the incident, identify root causes and strengthen prevention.

Question: Which spill kit do we actually need?

Solution: The correct spill kit depends on what you use, where you use it, and how much could reasonably be spilled. Many sites use more than one spill kit to match risk areas:

• Oil-only spill kits - for hydrocarbons (diesel, hydraulic oil, lubricants). Useful in plant rooms, workshops and vehicle areas.
• Chemical spill kits - for aggressive chemicals, acids and alkalis. Suitable for laboratories, chemical stores and dosing areas.
• General purpose spill kits - for water-based liquids like coolants, detergents and non-aggressive fluids.

Position spill kits at the point of use, not only in the stores. Typical locations include loading bays, IBC decant points, maintenance workshops, chemical dosing points, generator and fuel storage areas, and near external drains.

For product selection and layout ideas, see: Spill kits.

Question: How do we protect drains and avoid environmental harm?

Solution: Drain protection is a priority because many spills reach surface water systems quickly. Combine planning, equipment and training:

• Identify drain locations in yards and production areas and mark them clearly on a spill plan.
• Pre-stage drain protection such as drain covers and seals near high-risk activities.
• Use containment barriers to divert flow away from gullies during an incident.
• Keep a spill response map so staff know where equipment is stored and which drains are most sensitive.

Drain protection equipment and best practice options are covered here: Drain protection.

Question: How do bunding and containment reduce compliance risk?

Solution: Secondary containment reduces the likelihood that a leak becomes a reportable environmental incident. In day-to-day terms, bunds and drip trays:

• Capture leaks from drums, IBCs, small containers and plant.
• Provide time for safe clean-up before liquids enter drains or soil.
• Support safer working areas by reducing slip hazards and exposure.
• Help demonstrate that storage has been considered in risk assessments.

For choosing containment options by application, see: Bunding and secondary containment and Drip trays.

Question: What training and procedures should be in place?

Solution: Equipment alone does not deliver safety. Your spill control system should include:

• Clear roles - who responds, who isolates processes, who contacts management and contractors.
• Simple instructions - a short spill response checklist posted where spill kits are stored.
• Routine inspections - check spill kits are complete, absorbents are dry, drain covers are accessible, and bunds are clean and serviceable.
• Incident recording - log spills, near-misses, and corrective actions to improve prevention.
• Competency - ensure staff know the difference between oil-only, chemical and general purpose absorbents and when to escalate.

Question: What does good safety look like on typical UK sites?

Solution: Below are examples of how spill management and containment fit into common operational contexts:

• Manufacturing - bunded IBC storage, drip trays under decant taps, chemical spill kits near process lines, and drain covers in loading areas.
• Warehousing and logistics - spill kits at goods-in and goods-out, absorbent rolls for forklift leaks, and clear routes to isolate drains.
• Facilities and estates - oil-only spill kits near generators, bunded fuel storage, and drain protection for external plant yards.
• Workshops and maintenance - drip trays under vehicles, general purpose absorbents for coolants, and dedicated waste containers for used absorbents.

Question: Where can we learn more or choose the right equipment?

Solution: Use the resources and product categories below to build a site-specific spill control setup with stronger prevention and faster response:

• Absorbents for oil, chemical and general purpose spill clean-up
• Spill kits for rapid incident response
• Drip trays for day-to-day leak control
• Bunding for secondary containment and storage compliance
• Drain protection to prevent spills entering drainage systems

Citation: For safe storage considerations where gas cylinders are present on site, including stability, separation and ventilation factors that support overall site safety planning, see: https://www.serpro.co.uk/blog/gas-cylinder-storage-uk.

Question: What should we do next to improve safety quickly?

Solution: Start with a short, practical site walk-through:

1. List liquids and gases on site and identify the highest-risk areas (storage, transfer, loading, maintenance).
2. Check secondary containment (bunding, drip trays) is in the right places and sized for likely leaks.
3. Confirm each risk area has the correct spill kit type and enough absorbent capacity.
4. Mark and protect drains, and ensure drain covers are reachable within minutes.
5. Update spill response instructions and run a short drill so the plan works in practice.