Industrial food and beverages processing

Achieve production efficiency and sustainability: reduce product waste, improve working safety and optimize energy consumption.

Food and beverages processing ensures there is enough food for the growing population, the food is accessible and safe to consume, and withstands distribution.

To ensure uninterrupted production of high quality product yield while maintaining safe working conditions, producers can rely on the measurement and monitoring devices that keep control of such critical processing parameters as 

  • in-line Brix and dry and total solids
  • relative humidity
  • carbon dioxide (CO2)
  • temperature and dew point

Monitoring of the process and environmental conditions enables sustainable food and beverages production by optimizing the use of the raw materials, eliminating product waste and reducing the use of energy. 

Solutions for food and beverages processing

Industrial process and environmental measurement and monitoring solutions for product quality, safety for consumption and personnel well-being.

Inline Brix and dry solids measurement

Inline Brix and dry solids measurement for product quality control and remote process diagnostics. 

Learn how improve production efficiency, reduce use of energy, and eliminate product waste in various food and beverage processing applications:

•    Wine, beer and other alcoholic beverages 
•   Juice, soft drinks, flavored and functional waters, coffee, and tea 
•    Dairy and infant formula 
•    Sweeteners and confectionary
•    Egg products
•    Fats and oils
•    Fish and meat products
•    Food ingredients, additives and flavors  
•    Fruits and vegetables
•    Ready-made desserts 
Discover how inline Brix and dry solids measurements can help to streamline various food and drinks processing operations.

Humidity measurement for optimized drying

Accurately measuring the humidity in the drying air is essential to optimize the drying process. It is important to keep the air dry enough to avoid microbial growth and keep products safe, and optimal conditions can only be achieved with accurate dryer controls. Optimizing the drying process provides a competitive advantage to manufacturers, saves energy and costs, and improves process consistency and end product quality.

Discover our solutions for optimizing the drying operations in food production.

Carbon dioxide monitoring for improved working safety

Carbon dioxide (CO2) is a colorless, odorless, tasteless gas that poses a potential risk to human health in high concentrations. CO2 level should be monitored to avoid CO2 accumulation.

In food production, CO2 needs to be maintained at a certain level to ensure working safety, productivity and long lifetime of equipment. 

Discover the applications in food and beverages processing where CO2 monitoring plays a critical role.

Woman pouring protein powder into a cup

How to measure crucial process parameters for efficient spray drying

Spray drying is a common sight in the manufacture of dairy products like whey protein concentrate (WPC) and lactose as well as in pharmaceutical manufacturing. The process creates dry powder from a liquid or slurry in a single step by quickly drying it using hot gas. Stable and accurate measurements of humidity, total solids (TS), and temperature, can help you make big savings in energy consumption and costs without compromising end-product quality.

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