Our NBOT technology offers a revolutionary approach to water treatment in bottled water plants. By utilizing nanobubbles to efficiently dissolve ozone gas into water, NBOT enhances the removal of contaminants, including microorganisms and organic compounds, ensuring the production of safe and clean bottled water. The deep penetration of nanobubbles into the water column guarantees consistent and thorough treatment, maintaining a high standard of water quality essential for bottled water production. NBOT’s ability to control ozone off-gassing minimizes the environmental impact, reducing the need for additional equipment for ozone management and aligning with eco-friendly practices. Improved treatment efficiency results from NBOT’s enhanced ozone dissolution, leading to energy savings and optimized resource utilization in bottled water plants. The adaptability of NBOT to various water treatment applications makes it a versatile and responsible choice for bottled water plants, promising reliable water quality and sustainable production practices.
Within the bottled water industry, ozone has traditionally been employed for water purification, effectively eliminating bacteria, viruses, and contaminants that could pose health risks. While ozone plays an essential role in maintaining water quality, the introduction of NBOT presents a leap forward, offering an advanced solution that not only ensures safety but also extends the shelf life of bottled water by effectively inhibiting the growth of microorganisms.
The bottling industry currently grapples with challenges related to contamination risks, primarily within containers and the packaging line. Microbes, fungi, and residues from hygiene products can introduce chemical and biological contaminants into the production process. Notably, concerns regarding Trihalomethanes (THMs), potential human carcinogens, have been growing. In response to these challenges, NBOT proves to be a superior alternative. It provides comprehensive disinfection of water, effectively addresses bacterial contamination concerns, and ensures sterile storage conditions throughout production and handling. In contrast to conventional ozone treatment, NBOT excels in removing traces of odor and enhancing the taste of bottled water, delivering an enhanced sensory experience. Most importantly, NBOT stands out by efficiently reducing THMs, negating the need for high-temperature water rinses and surpassing the traditional ozone approach in terms of safety, quality, and cost-effectiveness.