In industrial applications, a proper water treatment system is vital. Without it, companies run the risk of scaling pipes and equipment, increased organic growth and high total dissolved solids.

Companies with fluid recycling systems save money by reducing disposal, trucking and processing costs at the local publicly owned treatment works. The right water treatment system can also help reduce stains and bad tastes in drinking water.

Reverse Osmosis Treatment

Reverse osmosis systems are used to purify water for a number of applications. They remove large amounts of salt and other inorganic contaminants as well as microorganisms like cryptosporidium and giardia. They can also be used in the car wash industry for purifying rinsing water to reduce hard surface spots and prevent surface damage.

RO systems typically consist of a carbon and sediment filter in addition to the membrane. These prefilters protect the membrane from chlorine and other contaminants that can clog or degrade it. Additionally, they remove dissolved substances that would otherwise be too small to be visible without an electron microscope.

Point-of-use reverse osmosis systems are usually installed in individual fixtures, like at the kitchen sink, to provide pure drinking water. These systems require a little more maintenance, but they can reduce the risk of diseases caused by impure water. The best way to keep a RO system operating efficiently is to make sure that all of the filters are regularly replaced.

Flow Instruments Treatment

Flow instruments are used to monitor and maintain specific liquid or gas levels in tanks, silos, or pipes in wastewater treatment systems. These devices can help to ensure that proper used water treatment equipment for sale conditions are maintained, prevent waste buildup, and avoid environmental violations. They can also be connected to alarms, pumps, or controllers to automatically adjust system settings based on incoming data.

Different types of flow meters are available to meet the unique requirements of your system. These include throttling devices (orifice plate, venturi tube, or dower tube), turbine flowmeters, electromagnetic flow meters, and differential pressure flow meters.

The type of water flow meter that is best for your facility will depend on the amount of maintenance required and the physical and chemical properties of your fluid. For example, if your fluid is corrosive, you’ll want to select a corrosion-resistant device. In general, a meter with fewer moving parts will require less maintenance than one with many moving parts.

Chemical Bypass Feeders Treatment

A Chemical By-Pass Feeder (also known as a Pot feeder) is an efficient and convenient way to add treatment chemicals to closed water recirculating systems. This type of unit can be found in cooling towers, heating & cooling systems or engine jackets.

These units typically consist of a polyethylene tank with buttress threaded or fleck style caps and are available in 2 to 10 gallon capacities. They are also equipped with a drain valve and an optional metering pump, water & ph meter and control panel. Most of these units come with filter bags to prevent debris from entering the system during installation and operation. The bag also helps screen out any metal filings or corrosion particulate that may be present in the system. This helps protect the system from contamination by these particles until they can be removed and disposed of properly. The feeders can also be used with a flow control valve to help ensure proper dosing.