Why ozone water?
Water is one of the most important and basic needs of human beings, but it is also one of the most challenging needs. One of the biggest problems facing both developed and developing countries is access to clean and safe drinking water. Clean drinking water is one of the most valuable commodities in the world, and everyone in the world should get it. However, although more and more countries continue to make progress, realize modernization and become more advanced in technology, the number of people who have access to purified and clean water has not increased correspondingly. The cost of not having access to sterile water is not measured in dollars, but in terms of health and life. With the UN declaring that access to clean water is a basic human right, water is an absolute necessity for governments to invest.
However, the challenge of providing clean, drinkable water to the world's citizens is not as simple as simply purifying our water sources. In doing so, it is necessary to minimize the amount of disinfection by-products (DBPs) used in the process and in the final results. Decontamination of water can be a complex process, and numerous difficulties need to be overcome, because the impurities found in unsafe water include allergens, bacteria and viruses, which are the main causes of human disease and death.
Ozone has proved to be one of the most effective ways to disinfect water, because it introduces the least amount of DBPs into the environment. Ozone is a powerful oxidant, which can be used to remove sewage quickly without any harmful by-products. It is so destructive to human beings and our environment.
Benefits of ozone water
Ozone water is one of the fastest and safest water disinfection methods, which has many benefits to human and environment. One of the greatest advantages of ozone is its effectiveness in disinfecting water; it can quickly and thoroughly kill bacteria, viruses and pathogenic microorganisms. Ozone water can also remove the color, taste and smell of water, making it safer to drink. Ozonized water can purify most pathogens in water and produce safe and clean water for people to drink, cook and clean.
Ozonation does not add chemicals to the water (like chlorination) and can be used regardless of the initial pH of untreated water. In this way, there is no need for any pH balancer, and there is no need for the time, cost and equipment related to other methods introduced into the purification process. Perhaps most impressive, the synthetic purified water is pH neutral and does not require additional steps or treatment.
After water is disinfected, the remaining ozone will decompose naturally and will not pollute the air or water - it will soon return to the atmosphere as ordinary oxygen (oxygen that can be safely breathed). Therefore, ozonized water will not produce any harmful by-products, keep the environment safe and clean, so as to reduce the overall pollution. At the macro level, ozonized water can also be used to disinfect the polluted water caused by large industrial enterprises. Since ozone water is produced by a self-contained ozone generator, it does not require expensive and cumbersome storage or transportation.