America's Water Crisis

Описание: Website: www.oxmais.com/en

Several challenges impact the effectiveness of water management in the US, including shortages and droughts, as well as climate change.
In some areas, aging and obsolete infrastructure requires significant investment to maintain and improve its efficiency.
Another point is Pollution and Contamination caused by the flow of agricultural chemicals, industrial pollutants and inadequate disposal of waste, which affect the quality of drinking water, in addition to social inequality in the distribution of water resources, with low-income communities that face problems accessing drinking water, in addition to the inefficient use of water in agriculture, industries and homes.
But the main problem is the way it is treated.
Chlorine is widely used in water treatment to inactivate pathogenic microorganisms present in it. Despite being effective, excessive or inadequate use of chlorine in drinking water can cause some risks and problems.
When chlorine reacts with organic matter present in water, it forms byproducts, such as trihalomethanes and haloacetics that cause health problems, including carcinogenic effects, in addition to imparting an unpleasant taste and odor to the water.
The use of chlorine leads to the development of microbial resistance over time. This causes some microorganisms to become less susceptible to its effects, making it less effective as a disinfecting agent.
But the most noticeable factor is, without a doubt, when we are directly exposed to chlorine in high concentrations, such as in swimming pools, causing irritation to the skin and eyes. In drinking water systems, chlorine levels are generally maintained at safe concentrations to minimize this risk.
For these reasons, we present the main advantages associated with the use of Chlorine Polyoxide plus Silicon in water treatment.
Polyoxide of Chlorine with Silicon, or simply POCS, is effective in eliminating bacteria, viruses, spores and parasites, contributing to the disinfection of water. POCS tends to form fewer byproducts during the disinfection process, which is a big advantage over chlorine in terms of water quality.
POCS provides an improvement in the taste and odor of water and is effective over a wide range of pH values, which is an advantage over other disinfectants.
Furthermore, POCS offers a long-lasting residue, as it forms a much more stable residue than chlorine, which continues to disinfect the water even after the treatment process.
POCS can be used in condominiums, hospitals, clubs, water parks and in your own home and has an excellent cost-benefit compared to chlorine, not only for its efficiency, but also for its safety.
And to ensure compliance with water quality standards and minimize health risks, OX Plus offers its customers quality products, rigorously developed for maximum efficiency.
OxPlus. Environmental Technologies.