Industrial Reverse Osmosis and Industrial Deionization Water Quality Resistivity Conversion Calculator
How do you size industry deionization and reverse osmosis water quality? The Industrial Deionization and Reverse Osmosis Water Quality calculator below shows automatic calculations between conductivity and resistivity. It also calculates resistivity to conductivity as well as to parts per million or milligrams per liter (ppm, mg/L).
What is the difference between industrial reverse osmosis (RO) water quality and deionized (DI) water quality? And What is the calcuation from water conductivity to resistivity? Generally speaking, reverse osmosis systems will yield around 5-15 Microsiemens [μS] while twin bed or separate bed DI systems yield around 1 Microsiemen [μS]. Mixed bed DI systems can give very high water quality yielding less than 0.06 Microsiemen [μS] or around 18.3 Megohms/cm (million ohms per centimeter). Resistivity is the inverse of conductivity.
For more information on Industrial Reverse Osmosis water vs. Industrial DI water systems, please click here. You may also find this Industrial Reverse Osmosis and Industrial Deionization Water Quality Conversion Table useful.
Enter a value in any of the blanks below to see an automatic conversion of conductivity, resistivity and TDS (Total Dissolved Solids).
| Total Dissolved Solids (TDS, mg/L CaCO3): | |
| Specific Conductance (microSiemens/cm): | |
| Specific Resistance (megohms/cm): | |
| Specific Resistance (ohms/cm): | |
| Sodium Chloride (mg/L): | |
| Sodium Chloride (grains/gallon): |
Do you need industrial RO or DI repair or preventative maintenance? Industrial Water Solutions also offers preventative maintenance, engineering consultation, and repair for industrial water softeners. We service and sell industrial water softeners, industrial reverse osmosis and other industrial water systems throughout the U.S. including Midwestern areas such as Indiana, Kentucky, Michigan, Ohio, and Illinois.
