We must always pay attention to the flow rate of pure water equipment, because from this we can understand the dynamics of the equipment, such as whether there are any faults, whether the quality is qualified, etc. So how should we calculate the flow rate of pure water equipment, and what are the fixed parameters?

This is not easy to calculate. Generally speaking, pure water equipment is based on work experience, and then instrument panels are installed in non responsive areas to query statistical data.

The calculation of water flow/pipeline is based on the amplitude/rate of water delivery by centrifugal pumps, which requires the use of ordinary high school calculation ability formulas. According to the calculation of the relative output power of the pipeline, the rate of flowing water is accurately measured at the pressure level. Generally, pure water equipment also has flow meters. If you are a design personnel, it is best to find a machine equipment that has already been designed as a reference.

Fixed parameters for flow rate of pure water equipment

The RO reverse osmosis membrane used in pure water equipment is divided into several specifications and models based on its daily production flow rate, including 35GPD, 60GPD, 80GPD, and 100GPD (where "GPD" represents how many gallons of pure water are produced within 24 hours, 1 gallon is about 3.785 liters, and a 60GPD RO reverse osmosis membrane produces 227 liters of pure water within 24 hours). The daily production flow rate of pure water equipment is consistent with that of the RO reverse osmosis membrane. However, the actual water production flow of pure water equipment is also subject to the hazards of source water working pressure, source water temperature, and other standards, among which the hazards of source water temperature are significant. That leads to a situation where the pure water equipment has a high water production rate in summer and a low water production rate in winter.

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