Ice Handling Food Safety Restaurant

Ice is food, and it must be handled with the same care as any other ready-to-eat product. Safe ice handling in a restaurant means making ice from potable (drinking-quality) water, scooping it with a clean, dedicated scoop that is stored correctly, never touching ice with bare hands or scooping it with a glass, and cleaning the ice machine on a regular schedule. Because ice goes straight into drinks with no further treatment, any contamination reaches the customer directly. Under Australia's Food Standards Code, ice used in food and drinks is treated as food and must be protected from contamination. This guide covers the water it is made from, the scoop and how it is stored, hand and glass contamination, and keeping the ice machine clean, so your ice is as safe as everything else you serve. Why is ice treated as a food? Ice is added directly to drinks and dishes and is consumed as-is, so it carries any bacteria it picks up straight to the customer. It is easy to think of ice as harmless because it is frozen, but freezing does not kill bacteria; it simply pauses their growth. Once ice melts in a drink, any pathogens present become active again. That is why FSANZ and the Food Standards Code treat ice as food. It must be made, stored and handled to the same hygiene standard as ready-to-eat food, and the equipment that makes and holds it counts as a food contact surface. Does the water used for ice matter? Yes. Ice must be made from potable water, that is, water safe to drink. In most Australian venues this is mains town water, which is already treated to a drinking standard. Where a business uses rainwater, bore water or another non-mains supply, that water must be shown to be potable before it is used to make ice. The quality of the ice can never be better than the water it is made from. If the incoming water is contaminated, the ice will be too, which is why a safe water supply is the foundation of safe ice. The FSANZ Safe Food Australia guide explains how the Food Standards Code applies to water and ice used in food businesses. How should ice be scooped and the scoop stored? The scoop is one of the biggest sources of ice contamination, so it needs firm rules. Use a dedicated ice scoop with a handle, keep it clean and sanitised, and store it correctly between uses. The two most important rules are simple: Store the scoop outside the ice, not buried in it. A scoop left sitting in the ice, or with its handle down in the ice, contaminates it. Keep the scoop in a clean holder or on a clean, sanitised surface beside the machine. Never use a glass to scoop ice. Scooping with a glass risks the glass chipping and leaving fragments in the ice, and puts the outside of the glass, and hands, in contact with the ice. The scoop itself should be cleaned and sanitised on a schedule, just like any other utensil. Building the scoop and its holder into your cleaning and sanitising schedules keeps this consistent. What are the main ice contamination risks? Most ice contamination comes down to a few avoidable mistakes. Knowing them makes them easy to design out: Risk Safe practice Bare hands touching ice Always use a clean, dedicated scoop, never hands Scooping with a glass Use a scoop; a chipped glass leaves fragments in the ice Scoop stored in the ice Store the scoop in a clean holder outside the bin Non-potable water supply Make ice only from drinking-quality water Dirty ice machine or bin Clean and sanitise the machine on a regular schedule Storing food or drinks in the ice bin Keep the ice bin for ice only Glass near ice deserves special attention. A broken glass anywhere near the ice bin means the whole bin should be emptied, cleaned and refilled, because glass fragments are impossible to pick out and pose a serious injury risk. How often should an ice machine be cleaned? Ice machines and bins are food contact surfaces, and they need regular cleaning and sanitising to control mould, slime and bacteria that can build up in the internal parts and the bin. Follow the manufacturer's instructions for how to clean the machine and how often, since models differ, and treat that as the minimum standard. A practical ice-machine cleaning routine includes: Emptying and cleaning the ice bin regularly, discarding old ice. Cleaning and sanitising internal parts per the manufacturer's guidance. Checking for mould, slime or scale build-up, especially around seals and chutes. Sanitising the scoop and its holder as part of the same routine. Recording each clean so you can show a consistent history. Because ice-machine cleaning is easy to forget, assigning it as a recurring ice-machine cleaning task keeps it on schedule. Logging any problem, such as visible mould, as a corrective action creates dated evidence that you found and fixed it. For local guidance you can also refer to NSW Health . Does the temperature danger zone apply to ice? Ice itself sits well below the temperature danger zone of 5C to 60C, so bacteria do not multiply while food stays frozen. The risk with ice is not its own temperature but contamination reaching it, and what happens once it melts. As soon as ice melts into a drink and warms, any bacteria present can become active again, which is why keeping ice clean from the outset matters so much. Ice also plays a role in keeping other foods cold, for example on a display of raw seafood. When ice is used to hold food, that food still needs to be kept at or below 5C, and the melted water must be able to drain away rather than pool around the product. Whether ice goes into a drink or under a display, the same principle holds: it must start clean, from potable water, and be protected from contamination throughout. For a refresher on cold holding you can review guidance on digital temperature logs and cold-chain records. What records should you keep for ice safety? Because ice is food, an EHO may ask how you keep it safe, and records make that easy to answer. The useful evidence is a history of ice-machine cleaning, scoop hygiene and any corrective actions taken, such as emptying a bin after a glass breakage. A dated cleaning log shows the machine is maintained to the manufacturer's standard rather than cleaned only when someone notices a problem. Practical records to keep include: Ice-machine and bin cleaning, with the date and who completed it. Scoop and holder sanitising as part of the cleaning routine. Any breakage or contamination incident and the action taken. Confirmation that the water supply used for ice is potable. Keeping these records time-stamped and in one place turns ice safety from an afterthought into a demonstrable part of your food-safety programme. Frequently asked questions Is ice really considered food under Australian rules? Yes. Under the Food Standards Code, ice used in food and drinks is treated as food. It must be made from potable water and handled to the same hygiene standard as any ready-to-eat food. Can staff scoop ice with a glass if they are quick? No. Scooping with a glass risks chips and fragments ending up in the ice and contaminates it with hands and the glass exterior. Always use a clean, dedicated ice scoop with a handle. Where should the ice scoop be stored? Store the scoop in a clean holder or on a clean, sanitised surface outside the ice bin, never buried handle-down in the ice. Leaving the scoop in the ice is a common contamination source. What should you do if a glass breaks near the ice? Empty the ice bin completely, then clean and sanitise it before refilling. Glass fragments cannot be reliably removed from ice and pose a serious injury risk, so the whole batch must be discarded. Ice is only as safe as the routines behind it. FoodSafety HQ lets you schedule ice-machine cleaning as a recurring cleaning task , record scoop hygiene and log any issue with a clear trail for your EHO. Start a free trial and treat your ice with the care it deserves as food.