We provide the highest quality equipment and the individualized service that meets each customer's specific requirements. Our system's superior design assures consistent, reliable transfer of ozone into the water. It is designed for easy installation, operation, and maintenance. This gives you the confidence you need in a cost-effective Products. Today, N Core Tek is moving forward in company and product development, in order to become the most trusted and innovative supplier of environmentally friendly Products and Technology.
Ozone (O3) is a form of oxygen (O2) consisting of three oxygen atoms. When ozone comes in contact with contaminants, such as bacteria and pathogens, it causes an oxidation reaction that eliminates the contaminants and breaks the ozone down into two oxygen molecules. This reaction is what makes ozone a safe and effective disinfectant.
For over 100 years, ozone generation has been used as a disinfectant in many industries, such as food production, water treatment, and many more. Over time, ozone generation has shown that it is an improvement to many processes that conventionally use harsh chemicals as disinfectants. This is because of the extreme cost savings, and the many health benefits of using ozone in place of chemicals, such as chlorine.
DETERMINE THE OUTPUT OF AN OZONE GENERATOR
Flow rate (lpm) x ozone concentration (g/m3) = ozone production (mg/hr)
Let's work through an example ... The ozone concentration exiting an ozone generator is 120 g/m3 at 5 lpm of oxygen flow. What is the output?
5 l/min x 120 g/m3 x (1 m3/1000 l) = 0.60 g/min
g/min are not normal units in the ozone industry so we simply convert minutes to hours to get g/hr: 0.60 g/min x 60 min/hr = 36 g/hr
DETERMINING OZONE DOSAGE IN WATER
Water Flow Rate x Ozone Dosage = Required Ozone Production
PHYSICAL PROPERTIES, STANDARD CONDITIONS: P = 101325 Pa, T = 273.3 K
Density of Ozone: 2.14 kg/m3
Molecular Weight of Ozone: 48
Density of Oxygen: 1.43 kg/m3
Molecular Weight of Oxygen: 32
Density of Air: 1.29 kg/m3
Density of Water: 1000 kg/m3