Emergency Response Kits

Emergency response kits are the practical “do something now” part of a rapid-response plan. In ports, terminals, yards and industrial sites, minutes matter: the right kit, in the right place, with a trained first responder, can reduce slip hazards, prevent drains being contaminated, protect waterways, and keep operations moving.

Components of a Rapid-Response Plan

A comprehensive rapid-response plan should include several key components:

• Identification of spill scenarios: Assess potential spill scenarios specific to your port or terminal operations, including types of materials handled and their environmental impacts.
• Response procedures: Develop clear procedures for containment, clean-up, and reporting of spills. These procedures should be tailored to the specific materials and situations identified.
• Resource inventory: Maintain an up-to-date inventory of spill response equipment and materials, such as emergency response kits, absorbent materials, and personal protective equipment.

What counts as an “emergency response kit”?

An emergency response kit is a pre-packed set of spill-control tools designed for immediate deployment. The contents vary by risk, but most kits combine absorbents (pads/rolls/socks), containment and disposal items (bags/ties), and basic PPE. The best kit is the one that matches the liquids you actually handle and is positioned where the spill is most likely to occur.

Typical kit contents

While exact contents vary, a well-chosen kit commonly includes:

• Absorbent pads and rolls for fast surface coverage on decks, quaysides, plant rooms and walkways.
• Absorbent socks/booms to “ring-fence” leaks, protect doorways, and reduce spread towards drains and dock edges.
• Drain protection for intercepting spills before they enter surface water drainage systems.
• Leak diversion (for drips from overhead pipework, valves, sprinklers, or roof leaks) to stop liquids landing on access routes or electrical equipment.
• Waste bags and ties to isolate contaminated absorbents and support safe disposal.
• PPE appropriate to your hazards (at minimum gloves; add eye/face protection and chemical-resistant options where required).

Choosing the right kit type

Different liquids need different absorbents and controls. As a rule, match the kit to the most credible “first 10 minutes” scenario for that area, not just a generic average spill.

Oil and fuel (hydraulic oil, diesel, lubricants)

Oil-selective absorbents are designed to pick up hydrocarbons while repelling water, making them useful in wet weather and on marine edges. They are widely used around refuelling points, plant, mobile equipment, generators and maintenance bays.

Internal link: Oil & Fuel Spill Kits | Oil spill kits guidance

Chemicals (acids, alkalis, unknowns)

Chemical kits are suited to aggressive liquids and “unknown until proven otherwise” situations. These are appropriate for workshops, battery charging areas, laboratories, chemical stores, and any location where the consequence of a wrong absorbent choice is high.

Internal link: Chemical Spill Kits

General purpose (coolant, water-based fluids, mixed use)

General purpose kits are designed for everyday mixed spills such as coolant, light process liquids and routine housekeeping incidents. They are commonly used where the liquid type changes frequently across shifts or contractors.

Internal link: General Purpose Spill Kits

Marine and waterways

If you operate near basins, berths, pontoons or outfalls, marine-focused equipment helps reduce spread and supports quicker containment on water. Position equipment so it can be deployed safely without delay (and without needing a vehicle or keyholder).

Internal link: Marine Spill Kits

Positioning and accessibility

A kit that is locked away, too far from the risk, or buried behind stock is effectively not there. For ports and terminals, consider multiple smaller kits at high-risk points rather than one large central kit that takes time to reach.

• Place kits at refuelling points, maintenance areas, pump rooms, bund discharge points, and near drainage interceptors.
• Use weather-resistant storage where kits may be exposed to spray, rain, or forklift traffic.
• Where you have many access points, use stations to keep response items visible and organised.

Internal link: Sorbent Stations | Drain Protection | Leak Diverter

Inspection, replenishment and training

Emergency response kits only stay effective if they are inspected and maintained. Build kit checks into routine inspections, shift handovers, or permit-to-work processes.

• Monthly visual checks: packaging intact, seals present, contents dry and serviceable.
• After-use checks: replace used absorbents immediately, restock waste bags/ties, and record what was used (useful for trend spotting).
• Simple training: a short toolbox talk on “contain first, protect drains, then absorb” can improve outcomes more than adding extra items.

Internal link: Emergency response guidelines

Real-world incidents and lessons learned

Public reports consistently show that early containment, clear command structure, and the availability of appropriate equipment strongly influence outcomes. The incidents below are well-documented and useful for training and plan validation:

Port of Rotterdam (Bow Jubail), 23 June 2018

A bunker fuel spill occurred after the tanker Bow Jubail collided with a jetty at LBC Tank Terminals, releasing heavy fuel oil into the port. Port statements describe rapid deployment of booms and coordinated clean-up. Independent investigations discuss preparedness, operational coordination and response planning in a complex port environment.

• Port of Rotterdam Authority statement: Oil pollution incident update (Port of Rotterdam)
• Dutch Safety Board report (PDF): Oil spill Port of Rotterdam report
• ITOPF case study: Bow Jubail, Netherlands, 2018

Port of Oakland / San Francisco Bay (Cosco Busan), 7 November 2007

After the vessel allided with the Bay Bridge while outbound from the Port of Oakland, heavy fuel oil was released into San Francisco Bay. The NTSB report and related response documentation are useful reading for understanding how quickly a marine spill escalates, and how equipment availability and early decisions affect shoreline impact.

• NTSB Marine Accident Report (PDF): Allision of the M/V Cosco Busan
• NTSB docket attachment (PDF): Oil spill response chronology (MSRC)

Fuel storage and transfer site (Buncefield), 11 December 2005

While not a port incident, Buncefield is a major UK reference case for emergency preparedness at high-hazard fuel storage and transfer operations. The investigation’s recommendations highlight the importance of practical emergency arrangements, equipment readiness, and effective incident management.

• MIIB recommendations on emergency preparedness (PDF): Buncefield Incident – Emergency preparedness, response and recovery

Quick checklist for a kit review

• Does the kit type match the liquid risks at that location (oil, chemical, general purpose, marine)?
• Is there a clear “protect drains first” option (drain cover, boom/sock placement, or intercept strategy)?
• Is the kit reachable in under 2 minutes during normal operations?
• Are waste bags/ties and basic PPE included and in-date/serviceable?
• Is there a simple post-incident restock process (and someone accountable for it)?

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