DSEAR for breweries and distilleries
Breweries and distilleries can involve alcohol vapour, LPG or natural gas, carbon dioxide under pressure and combustible grain or malt dust. Not every area is hazardous; conditions and quantities matter.
Check my situationTreat each hazard as a separate scenario
Alcohol transfer, a gas installation and a grain-handling system have different release behaviour and ignition questions. A useful assessment should identify where each scenario starts and ends, then consider how connected areas or shared equipment affect the risk.
- Where are spirits, high-strength alcohol or flammable cleaning products stored and transferred?
- Can grain or malt dust accumulate or form a cloud in mills, conveyors, extraction or collection equipment?
- Which gases are flammable, oxidising, asphyxiating or under pressure, and where are they used?
What to do next: Seek multi-hazard competence if more than one scenario is present. Do not assume one zoning method or one generic action list covers liquids, gases and dusts equally.
Typical review areas
A review may cover spirit or alcohol handling, grain transfer, mills and dust collection, gas systems, charging points, cleaning products, ventilation and ignition controls.
Quantities, alcohol strength, temperature, transfer method, confinement and frequency all affect the relevance of a scenario. The process description should distinguish routine brewing from distilling, packaging, laboratory work and maintenance.
Prepare a useful site picture
List the substances and gas systems, mark transfer and release points on a layout, and gather extraction, electrical and cleaning information before requesting quotations.
If records are incomplete, say so in the brief. A provider can then price discovery work explicitly instead of relying on an assumption that may later change the fee or deliverable.
Keep health and safety duties distinct
DSEAR addresses harmful physical effects such as fire, explosion and pressure events. COSHH addresses health risks from exposure. A substance or process can require consideration under both regimes.
For example, a dust may present both inhalation and explosion risks. The controls may overlap, but the questions and evidence needed are not interchangeable.