Welcome to our interactive calculators page! Below you will find multiple calculators, with information on each in their respective dropdowns.
Our team can assist with any questions, and would be happy to help you determine dosage, flow rates and everything else for your application.
Use this calculation to determine the necessary ozone production to achieve a specific ozone dosage into a water flow.
(3.78 • 60 • GPM • PPM) / 1000 = g/hr.
| 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 |
| GPM | Gallons per Minute |
| PPM | Parts per Million |
| g/hr. | Grams per Hour |
| SLPM | Standard Liters Per Minute |
| % O3 | Percentage Ozone concentration |
| g/m3 | Grams per Cubic Meter |
| kg/m3 | Kilograms per Cubic Meter |
| P | Pressure |
| Pa | Pascals |
| T | Temperature |
| K | Kelvin |
| CFM | Cubic Feet per Minute |
| PPHM | Parts per Hundred Million |
| m3 | Cubic Meters |
| mL | Milliliter |
| ft3 | Cubic Feet |
| Useful Conversion Factors (for water) | ||
|---|---|---|
| 1000 liters = | 1m3 = | 264 US Gallons |
| 1 gallon = | 3.785 liters = | 3785 milliliters |
| 1 m3 = | 35.3 ft3 = | 264 US gallons |
| Ozone Concentration in Water (by weight) | ||
|---|---|---|
| 1 mg/l = | 1 ppm O3 = | 1 g O3 / m3 water |
| Ozone Concentration in Air (by volume) | ||
| 1 g O3 / m3 = | 467 ppm O3 | |
| 1 ppm O3 = | 2.14 mg O3 / m3 | |
| 100 pphm = | 1 ppm | |
| Ozone Concentration in Air (by weight) | ||
| 100 g O3 / m3 = | 7.8% O3 (approximate) | |
| 1% O3 = | 12.8 g O3 / m3 (approximate) | |
| 1% O3 = | 7284 ppm | |
| Ozone Concentration in Oxygen (by weight) | ||
| 100 g O3 / m3 = | 6.99% O3 (approximate) | |
| 1% O3 = | 14.3 g O3 / m3 (approximate) | |
| 1% O3 = | 6520 ppm | |