Clearwater Tech designs and manufactures ozone water treatment systems and related components to serve a wide range of applications.
They focus in innovation which makes them leaders in the ozone industry , delivering reliable and efficient systems.
Learn about the applications and benefits for a better use of ozone systems:
Pools and spas
Ozone systems for commercial pools and spas of all sizes can be incorporated with a ready-to-use turnkey system that provides superior disinfection and peace of mind.
Benefits:
Water problems
Ozone has been approved for use in water treatment.
Benefits:
Breweries
Brewery professionals understand the benefits of ozone as an organic disinfection tool to produce the best possible product.
Benefits:
We invite you to learn more about Clear Water Tech Products
¿What is ozone?
It is a powerful oxidant that gives them disinfectant properties against microorganisms as long as they are used in the necessary doses for the necessary time.
¿Is it totally safe to use it?
Claro is completely safe and its use is regulated by its corresponding standard, being its usual application in the purification of water.
Its main advantages are that it does not leave chemical residues and does not impart particular aromas or odors to the final product, as occurs with other disinfectants.
¿How do you disinfect?
Because, by sharing electrons between three atoms, the resulting molecule tends to capture electrons from any compound that comes close to it, which makes it a strong oxidant. Thus, by capturing electrons from other molecules, it oxidizes them until they are destroyed, as long as the ozone concentration and the contact time are sufficient.
¿How effective is it as a disinfectant?
Ozone is highly effective in disinfection against viruses, bacteria, fungi and protozoa, as well as properties that allow the elimination of bad odors and chemical contamination. This is due to its great oxidizing power.
¿What is hard water?
It is known as hard water that contains a high level of dissolved minerals calcium and magnesium. And with it the problems it carries.
¿Do you know what consequences it could cause?
It is important to know that hard water causes various problems.
Having hard water can have a major influence on the performance and maintenance of cleaning appliances, as well as the taste of the water.
The negative effects of hard water exist:
¿Are you looking for a solution?
Despite this, there is a great solution for this type of operation aimed at eliminating the hardness of the water, called a softener.
The softener offers a complete solution to prevent scale formation caused by these minerals produced by high-grade calcium and magnesium carbonates that are dissolved in water.
The process of softening the water consists of removing some minerals that are found in small proportions in the water that can affect certain activities and be harmful if consumed in high levels.
Did you know that 70% of the little fresh water that we have to consume irrigation. 20% takes industrial processes and only 10% is applied to domestic consumption.
Water is essential in food production. Its use in agriculture represents the largest volume of consumption globally.
¿Could much of the solution lie in the oceans, which contain 97% of the planet's water?
It is represented by alternate waters or renewable waters, such as brackish and marine waters.
Currently agriculture is not growing in many regions problems of shortage of fresh water.
The salinity of the water is a major problem for agriculture, it contains high concentrations of sales, which crops may not tolerate.
If the water treatments are not adequate for use in agricultural irrigation, major agronomic problems can occur that affect crop productivity.
The solution to combat the shortage of fresh water is the treatment of saline water sources through the desalination process.
¿What is desalination?
Physical-chemical process that consists of eliminating salt from sea or brackish water, to transform it into fresh water.
Used by a reverse osmosis system that consists of the sea water being forced to cross a membrane to leave the salt molecules behind, separating them from the water.
Membranes are recognized as leaders in reverse osmosis, responsible for separating salts from water.
All problems related to the application of the use of desalinated seawater to agricultural irrigation can be solved through a correct regulation of this type of supply.
The quality of irrigation water is essential for the successful production of tall crops and thus achieving high yields.