Lubricants in animal feed preparation

Lubricants and greases can present a serious threat to food safety if they come into contact with foodstuffs. The risk is best minimised through a number of measures, namely good engineering design, hygienic operations and the use of food grade lubricants. This last measure, the use of food grade lubricants, is becoming increasingly common. Companies make the switch away from traditional mineral-based products to ensure maximum food safety and to protect their brands. This has been fostered by more rigorous safety regulations, and as a result, food manufacturers tend to switch over to food grade lubricants completely.

Fuchs Lubritech

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Lubricants and greases can present a serious threat to food safety if they come into contact with foodstuffs.

Minimum risk

With exacting demands placed on modem day processing equipment, food producers are looking for continuous, 24/7 production. This combined with the specific lubricant needs of specialist equipment such as rotary cookers (sterilisers), can seamers and separators, means that high-performance food grade lubricants are vital to business success, ensuring maximum productiviry and minimum risk.
Over the last decade the work of the US Department of Agriculture and the Food & Drug Administration, and recently the governmental organisation NSFInternational (which has taken over food grade lubricant registration from the USDA), has been well documented and well received by the food industry.
The FDA produces a list of non-food components which are permitted in food grade lubricants. NSF verifies the formulations of these food grade lubricants and registers them as Hl. This is especially important in furthering the correct use of food grade lubricants across the industry.

Fuchs Lubritech

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Threat

EHEDG (European Hygienic Equipment Design Group) also produces industry guidelines which focus on the use of lubricants in food and beverage manufacturing. These guidelines describe the typical contamination points, which may be LCPs (Lubricant Control Points) in a Hazard Analysis Critical Control Point system (HACCP). EHEDG also provides many recommendations covering the production and use of food grade oils and greases.
Whilst improving engineering design at Critical Control Points (CCPs) can reduce the likelihood of contamination, it is not always possible to eliminate these risks. Therefore incidental contact of lubricants with food products is an ever-present threat. By regularly monitoring lubricant control points and using Hl food-grade lubricants, companies can effectively reduce the risk or contamination, without compromising food quality and protecting both the consumer and the brand."

Featured expert: Pieter Van de Schepop