Nanobubbles are an emerging technology in environmental process engineering with implications for many industries. A system for generating bubbles such as those developed by Bauer Energy Design can make it possible to change the characteristics of water by producing paramagnetic oxygen nanobubbles. A high concentration of these negatively charged nanobubbles changes ionic equilibria and net charge on the particle surface to increase the contact area between air and water. Find out more about three applications of this new technology.

1. Sanitation

The presence of nanobubbles in water enhances the cleaning properties of this liquid. Generating bubbles can make every task that involves water more efficient and effective, from filtration to use during cleaning. Nanobubbles provide mineral deposition control that can prevent biofilm from forming as well as corrosion and scaling. These properties can be maintained for an extended period of time, making water containing nanobubbles more useful at every stage of sanitization.

2. Consumables

The benefits of nanobubble technology continue with the production and processing of consumables. From bottled water and carbonated water to any beverage and the food and health industries, the technology developed by firms such as Bauer Energy Design has the ability to optimize water use.

3. Water Conditioning

Water that contains nanobubbles can be used for a wide range of applications. This technology is helpful for managing levels of contaminants in water in every state, from liquid to ice and steam. Nanobubble generation is effective at controlling the oxidation reduction potential in water that meets the 650 millivolt international standard maintained by the World Health Organization for drinking water.

Environmental process engineering firms can recommend the most effective ways for any enterprise to implement nanobubble technology. The use of this technology can improve water quality, reduce usage and enhance the effectiveness of cleaning and production tasks.