The global water crisis is simply too large that even first world countries and developed nations are starting to feel the dilemma. These days, there are more than one billion people that do not have access to clean water and this number is expected to soar further as water shortages extend internationally, even advanced nations like the United States.
Pressing worldwide demand for safe and clean water is encouraging big sales and high growth. Talk about the continuously growing $360 billion water treatment industry. Even with the massive number of water treatment firms that sell a large number of various water treatment technologies, still the global population is confronting the most serious water scarcity in history. To add insult to injury, even the quality of water even in first world countries is decreasing and posing significant health hazards.
The cleanup process for polluted water differs but using oxidation technology is now gradually being introduced. Usually, this involves a chemical treatment method for removing compounds and carcinogens found in water and gas emissions. This is performed by first evaluating the water, then determining the inorganic and organic compounds before adding a particular type and volume of regent to come up with radicals and then chemically transform the excess water back to clean H2O or unadulterated water. This specific process is many times faster as compared natural oxidation that usually takes place in the environment.
With the help of an advanced oxidation technology, the surplus water can be returned back to the environment by removing the harmful chemical pollutants that can prove to be too toxic for the ecosystem. Based on the latest level of toxicity, the treated water will be reintroduced back to the environment or transferred into a regular sewage treatment system.
Among the typical substances found in waste water usually include ozone, peroxide, oxygen, and hydrogen. All these substances can be utilized in specific dosages within the implemented oxidation technology processes. If the current technology is not sufficient to transform the waste water into a much safer standard, then it can be treated using catalysts and safe enzymes that will break down the toxic particles and make it soluble to water.
The process of oxidation technology is not only perfect for maintaining the cleanliness of the environment but can also be a cost efficient method for industrial companies that normally produce waste water as part of their business processes. With the help of oxidation technology, they have an affordable way to treat waste water without using other related yet expensive treatment system.
At present, there are companies that specialize in various types of oxidation technology. This can also be used to make sure the air in your workplace remains free from any toxic compounds produced usually by other machines or the compounds that are used for the manufacturing process.
But these technologies simply cost too much which is probably one of the major reasons why there are still some countries that find it hard to provide clean and potable water supply to their citizens.