Textile wastewater streams, as well as industrial waste streams, have been successfully treated with ozone throughout the world. A combination of ozone and biological treatment systems, such as activated sludge, is often used to treat wastewater. Because of their large molecular sizes, organic dyes are generally refractory and cannot be rapidly removed by adsorption on activated sludge. In some cases, ozone is used before biological treatment.  Ozone dye color removal is excellent option for any industry involved in textile processing. Ozone in Wastewater and Textile Processing The use of ozone is gradually replacing chlorine in wastewater and textile processing. The oxidizing power of ozone makes it safer to use than other oxidizing agents. When dissolved materials absorb visible light, or

As cities move closer to industrial areas, odors from industries are becoming more and more problematic. Processing industries, fisheries, biodiesel plants, and the like can generate odors that can be troublesome to the surrounding environment. In close proximity to urban areas, odor control systems have become essential. However, ozone generator for industry odor removal is the ideal solution. Here’s why… Why Ozone is Great for Industrial Odor Removal? Industrial air sterilization with ozone treatment is efficient. The oxidation potential of ozone is very high, meaning that it can break down other molecular structures.  Ozone breaks down organic compounds which cause odors, so it is easily able to remove them. In kitchen ventilation as well as in a range of industries,

Ozone is a type of natural gas composed of three oxygen atoms (O3 – trioxygen), with a relatively unstable molecule. In nature, this gas is found in a higher concentration in the ozone layer. It can also be produced in industrial and commercial applications by Corona discharge or UV lights. The gas ozone has a peculiar piercing smell and a pale blue color. The use of ozone can be found in clinical settings, medical and aesthetic treatments, and for disinfecting and sterilizing instruments and rooms.  Among domestic purposes, for treating drinking water, washing fruits and vegetables, purifying the air, and treating swimming pool water. There are many more uses of ozone at the industrial level as well, in addition to

For cleaning and sanitizing process equipment, significant amounts of water, energy and chemicals are used throughout the industrial sector, food and beverage, dairy facilities, process industry, and pharmaceutical plants. With CIP ozone treatment, you can achieve high productivity of your business without worrying about its maintenance. You may face these problems if process equipment isn’t maintained clean: Heavy maintenance Increased demand on chemicals, water & energy Spoiled final product Inefficient heat exchangers In the CIP waters with low nutrient levels, maintaining low levels of microbial contamination continues to be a challenge. The traditional belief was that systems operating at temperatures of over 165° F. up to 185° F. could provide the highest level of safety, but were prohibitively expensive to

The purpose of this article is to explain how ozone can be used for cooling tower water treatment. Industry benefits from ozone by avoiding chemicals and reducing costs. It doesn’t make a difference in how cooling towers are disinfected. Read on to learn how ozone can help you save money! Recent years have seen great interest in using ozone for cooling tower treatment. Ozone has been found to be an important tool in preventing and controlling legionnaires diseases (legionella). Its specific characteristics make ozone the most effective disinfectant where others have failed. In addition to its other particular attributes, ozone has enormous appeal for cooling tower users.  The conservation of water Cooling tower water must be treated to limit the

There are many challenges facing the beverage industry in terms of production, economics, markets, and the environment. Facility operators are facing increased pressures to increase performance, efficiency, and security and safety standards as new risks and costs rise. We face new operational challenges due to the corporate goals to reduce water use, develop multi-tier sanitizing solutions, and practice sustainability. Plant sanitization practices are required to be increasingly stringent and vigilant in response to consumer and operational concerns regarding food safety. Ozone Generator’s Advanced Disinfection The use of advanced disinfection technology in beverage plants, using on-premises injected ozone water and ultraviolet light as a disinfectant, is a means of addressing today’s and tomorrow’s sanitation challenges. Advanced Disinfection using ozone generators has