Nano bubbles are unique in their stability, dissolution rate, and sanitizing ability. Nanotechnology experts are working to revolutionize several industries with nano bubble applications, and the food and beverage industry is no exception. Nano bubble technology allows gases to remain suspended in liquids for longer periods of time, increasing the stability of the solution. This has many applications for the foods and beverages people enjoy every day, and could lead to dramatic changes in food production practices.
Nano bubbles can remain stable in liquids for many months, which is useful when producing alcoholic beverages like beer and wine. Some breweries are using nano bubbles to increase the energy efficiency of their production and improve the stability of their products. Nano bubbles can also play an important role in the fermentation process, which is critical to the production of alcoholic beverages.
Although they are not obvious to most consumers, bubbles play an important role in the formation of many popular processed foods. Chocolate, bread, and other baked goods depend on bubbles for their form, texture, and quality. Nano bubbles are recognized for their potential to improve food stability and alter the processed foods industry.
Bubble infusion is crucial to the production of diary products like whipped cream, cheese and ice cream. Typical bubble production, which includes the use of micro bubbles, can lead these products to collapse as they age. Using nano bubbles may improve the long-term stability of these products, making them more appealing to consumers.
Nano bubble technology shows promise in agriculture and aquaculture, as well. Studies have shown that the presence of nano bubbles increases metabolism and growth in shellfish and sweetfish. They also increase metabolism in some forms of lettuce. This shows potential for wider application to agricultural food production.
Nano bubbles may also revolutionize supplement production. Supplements must deliver nutrients efficiently in order to be effective. Nano bubbles have to potential to act as stable carriers for nutritional supplements, possibly improving product quality and effectiveness.
The use of nano bubbles in the food industry holds a lot of possibilities. Improving product quality and longevity without the use of other additives is a big incentive, especially when marketing to discerning consumers. However, research into this application is still relatively young, and more studies need to be completed to determine how to best integrate nano bubble technology into food production.