With over 100 years experience in the food and beverage industry, we have the know-how to help you optimize your production and freezing processes, lower your costs and improve your:
We do this through:
First, our dedicated team of food scientists can analyze your specific food product to develop your optimal custom processes. Then, our world-class engineers will recommend and provide the optimal equipment for your needs. Finally, our experienced field team can install, start-up and service your equipment to keep your equipment at top performance.
In short you’ll get the temperature control and atmosphere applications you need, backed by the services and systems support you can expect from Linde.
Supplying each application with the proper gas (grade, compliance, certification, scale)
Extensive production facilities network to help ensure high-quality products are there when they are needed.
Connecting customers with everything needed to handle and store gases efficiently and safely
Working with food industry to identify and implement productivity and cost improvements
Providing convenient e-commerce options and strong customer support
Making safety the top priority for every activity
Food freezing/cooling/chilling is the process of using direct contact of a cryogen to control or adjust temperature to a frozen or chilled state. Both inline and batch type freezing equipment can be designed to use carbon dioxide or nitrogen to freeze, cool or chill the food. The speed of cryogenic refrigeration helps prevent product degradation; the product retains natural
juices and color and dehydration is drastically reduced.
Almost any food product, (e.g., meat, chicken, fish, dairy, bakery, prepared foods, fruit, vegetables, etc.) can benefit from cooling or freezing, depending on the customer’s needs.
Freezing is generally regarded as a food preservation technique. A customer considers freezing or chilling a food product to obtain higher quality products, extend shelf life, expand the distribution area and make product handling easier.
The consequences of not achieving the desired final temperature include:
Proper temperature control (cryogenic freezing or chilling) can greatly reduce (or slow) the loss of food product quality caused by bacteria growth, staling, oxidation and mold growth. This application also can overcome mechanical handling problems encountered in processes like packaging, slicing, dicing and other processing.
Freezing is a change in the physical state of a food product when energy, in the form of heat, is removed, changing the water in the food from the liquid state to a solid state.
Linde specializes in cryogenic freezing using nitrogen or carbon dioxide at low temperatures to quickly freeze food products locking in moisture and product quality.
Cryogenic chilling is the removal of heat from raw and fresh processed foods, cooked or baked foods, and produce at ambient temperatures. Quickly cooling food products is an important step to ensure food safety and improve overall yield.
Linde specializes in rapid chilling using liquid carbon dioxide and employ’s innovative new applications using liquid nitrogen.
The use of modified atmospheres to replace air in food packages is applicable to many types of food. Controlling food spoilage is complex and more than one gas may be appropriate for the same application. However, specific packaging conditions and shelf
life extension requirements play a role in determining which one is most suitable for a given application.
Linde’s Extendapak® gases are used by food processors and packagers for food preservation. These gases include pure nitrogen, carbon dioxide and oxygen or a mixture of these products and function to displace unwanted atmospheric gases when used in a Modified Atmosphere Packaging (MAP) process.
MAP represents only one aspect of what a food processor can use to ensure that safe, high-quality food reaches the marketplace and, ultimately, the consumer.
Most importantly, MAP does not eliminate or reduce the processor’s responsibility for good manufacturing practices. In fact, the opposite is true. MAP is only appropriate for plants producing the cleanest of products. No gas combination in the package will ever reverse a food’s poor microbial condition. At its best, MAP will only extend the keeping quality of a food.