Decanting stations are purpose-built spill control areas designed to make the transfer of liquids from drums and IBCs safer, cleaner, and more compliant. If your site decants oils, chemicals, coolants, detergents, fuels, or other liquids into smaller containers, a decanting station helps prevent spills at the point they are most likely to happen: during handling, pumping, and dispensing.
Question: What is a decanting station and why do sites use one?
Solution: A decanting station is a controlled transfer zone that combines bunded containment (to capture leaks and drips) with practical accessories (to support pumping, filling, and container handling). The goal is straightforward: reduce spill risk, prevent floor contamination, protect drains, and make routine decanting tasks repeatable and safe.
Typical decanting station uses include:
- Dispensing from a drum into smaller cans or bottles for maintenance teams
- Transferring chemicals from an IBC into process containers in production
- Filling top-up containers for fleet, plant, or workshop use
- Reducing forklift movements and uncontrolled decanting in aisles
Question: Where do most spills happen during drum and IBC decanting?
Solution: Most spills occur at connection points and during human handling. Common causes include poor hose management, overfilling, incompatible fittings, unstable drums, and carrying open containers across the site. Creating a dedicated bunded decanting station helps by keeping the transfer in one place, over a sump, with space to position containers correctly.
For additional background on why decanting is a high-risk activity and how to reduce spills when working with drums and IBCs, see: Serpro guide to spill prevention when decanting drums and IBCs.
Question: How does a decanting station improve spill prevention and housekeeping?
Solution: A well-specified decanting station improves spill prevention by providing:
- Secondary containment: bunded capacity to collect drips, leaks, and small spills before they reach floors and drains
- Controlled work area: a dedicated, labelled location reduces ad-hoc dispensing at racking, loading bays, or doorways
- Better ergonomics: stable positioning for drums/IBCs, pumps, and receiving containers reduces mishandling
- Faster response: you can keep spill kits and drain protection products at the point of risk
On multi-shift sites, the consistency of a dedicated decanting area often reduces repeat spill incidents because the process becomes standardised.
Question: What should a decanting station include?
Solution: Choose a decanting station based on the liquids handled, container sizes, and transfer method. Typical elements include:
- Bunded base or bunded platform: suitable for drums or IBCs, with a sump to retain leaks
- Non-slip work surface and clear working space: helps prevent slips and container knocks
- Decanting accessories: drum taps, pumps, hoses, nozzles, and brackets to keep hoses controlled
- Labelling and process controls: product ID, compatibility notes, and simple fill instructions
- Nearby spill response: a correctly sized spill kit for the liquids used and typical spill volumes
If you need core containment equipment, see spill containment and drip trays for small container and component-level control. For IBC and drum storage support, bunding options are covered via bunding.
Question: How do I choose between a drum decanting station and an IBC decanting station?
Solution: Match the station to your primary container type and handling method:
- Drum decanting stations: suited to 205 litre drums and smaller, often paired with drum cradles, stands, or pump systems for controlled dispensing
- IBC decanting stations: require a larger bunded footprint and higher containment planning due to 1,000 litre capacity; also consider valve access and the need for controlled hose routing
Where both drums and IBCs are used, many sites designate separate decanting zones to reduce cross-contamination and improve chemical segregation.
Question: What about drain protection and preventing pollution?
Solution: A decanting station reduces the chance of liquids reaching drains, but you should still plan for worst-case scenarios. Good practice is to position decanting away from drainage where possible and keep drain protection products close by for rapid deployment if a spill spreads beyond the bund.
Explore site-ready options under drain protection. For rapid clean-up and containment, keep appropriate spill kits at the decanting station and ensure they match the liquid type (for example, oil-only or chemical).
Question: How does a decanting station support environmental compliance?
Solution: Decanting is a predictable, repeated activity, so it is an ideal place to implement preventative controls. Using bunded containment and defined decanting procedures helps demonstrate that your site takes reasonable steps to prevent pollution, reduce slip hazards, and manage hazardous liquids responsibly. It also supports internal audits by providing a consistent location for signage, inspection, and spill response equipment.
Practical compliance benefits include:
- Reduced likelihood of pollution incidents from routine dispensing
- Clearer inspection and maintenance routines (bund condition, sump emptying, housekeeping)
- Improved training outcomes because the process is standardised
Question: What are common site examples for decanting stations?
Solution: Decanting stations are widely used across UK industry wherever liquids are handled, including:
- Engineering and workshops: oils, lubricants, coolants, and cleaners decanted into service containers
- Manufacturing: process chemicals transferred from IBCs to mixing or dosing containers
- Facilities and FM stores: detergents and maintenance liquids dispensed in a controlled area
- Warehousing and logistics: reducing spill risk at goods-in by creating a dedicated transfer point
Question: What maintenance and checks should we carry out?
Solution: A decanting station should be treated as a controlled spill prevention system, not just a storage area. Put simple checks in place:
- Inspect bunds, platforms, and drip trays for cracks, deformation, or chemical attack
- Keep the sump clear and remove collected liquids using safe methods and approved waste routes
- Check pumps, taps, hoses, and fittings for leaks and correct coupling
- Confirm spill kits are complete and replenished after any use
- Keep labels visible and ensure chemical segregation rules are followed
Question: How do I specify the right decanting station for my site?
Solution: Start with these questions to ensure the decanting station fits your operation:
- Are you decanting from drums, IBCs, or both?
- What liquids are being transferred (oil, chemical, mixed, unknown)?
- What is the maximum realistic spill during transfer (hose failure, valve left open, container drop)?
- Will decanting be manual, pumped, or gravity fed?
- Where are the nearest drains and can you add drain protection as a secondary control?
If you want to build a complete decanting area, combine a bunded station with spill control products, correctly selected spill kits, and ready-to-deploy drain protection.
Further reading (citation): Spill prevention when decanting from IBCs and drums.