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This special industry page is showing which technical developments are currently available to food and drinks manufacturers, in terms of compressed air technology, for the direct processing of food. It also explains the benefits of using these modern compressed air systems, with a view to reaching environmental protection and digitalization objectives for the sector as a whole.
There's a lot riding on the quality of air used in the industry - even the slightest traces of oil can result in altered or polluted product batches and the risk of health hazards for consumers.
To ensure best practice, the International Standards Organisation (ISO) established a new class of air quality for food and beverage manufacturers. Known as Class 0, it is the most stringent air quality class, limiting oil contamination in liquids, aerosols and vapors.
No matter what you manufacture, be it pies or pizzas, bottled water or beer, you can rest assured that our oil-free compressor range will ensure a reliable supply of high quality air and your peace of mind.
Typical uses of compressed air in the food and beverage industry include:
Unlike compressed air usage in other industries, there are no standards or legislation that define an acceptable minimum purity level for compressed air used in food manufacture. While regulations and codes around the world state that compressed air used in this environment must be contaminant-free and pose no risk, no actual limits are stipulated.
The risk to food and drink from compressed air processes can potentially be significant if the right precautions and preventative measures have not been taken. Moisture, oil and other particles all pose a risk in applications where compressed air is commonly used, such as drying and filtering.
As a result, all food and drinks manufacturers want to take the steps required to ensure their goods meet the highest quality standards. All steps throughout the supply chain – from manufacturing and processing, to packaging, transporting and storing – must be closely scrutinised, and ensuring compressed air purity levels are never compromised should be a top priority for decision makers.
R80 to R180
Pressure: 4 to 12 bar
Flow: 8.0 to 18.1m3/min
45 to 110kW
Two-stage double-acting, oil-free piston compressors
D75 (RS) to D160 (RS)
Pressure: 4 to 10 bar
Flow: 8.89 to 23.52m3/min
75 to 160kW
Two-stage, oil-free screw compressors, fixed or regulated speed, silicone free and ISO-8573 Class Zero (2010) certified oil-free screw compressors
D15H (RS) to D110H (RS)
Pressure: 5 to 10 bar
Flow: 0.32 to 18.55m3/min
15 to 110kW
Single-stage, oil-free water-injected screw compressors, fixed or regulated speed, silicone free and ISO-8573 Class Zero (2010) certified oil-free screw compressors