Abstract
This paper is dedicated to the study of the importance and efficiency of developing and implementing ozone purification systems for disinfecting drinking water sources, water pipes, and wells. Ozone is a powerful oxidizer capable of effectively eliminating microorganisms, including bacteria, viruses, and protozoa in water pipes and wells. Such systems serve as alternatives to traditional chlorination methods and leave no polluting purification by-products in the environment. The research explores the technical parameters of applying ozone to various water sources and purification systems, as well as operational parameters like ozone concentration, treatment time, and water flow regime. It also covers issues related to the design, installation, and operation of ozone purification systems. The topic contributes to the development and improvement of efficient and ecologically sustainable water disinfection solutions by providing an overview of the working principles, technical specifications, and mobility capabilities of ozone purification systems. The introduction of ozone purification systems extends the possibilities for improving water quality and adhering to safety standards. This study also identifies key factors such as ozone solubility, reaction time, and its efficiency in dispersing through water, which can enhance the effectiveness of this method.