Industrial 3000gpd RO Water System Reverse Osmosis Drinking Water Purifier

Related Products                  FRP Tank                                                    PP Filter Housing                                           RO Membrane Product Description 500LPH 3000GPD RO System RO Plant working cycle:Step 1: Water is fed to the raw water pump into the sand filter, which removes suspended solids from water.Step 2: The water then flows to the activated carbon filter for dichlorination.Step 3:  Water is further passed to a micron cartridge filter for fine filtration.Step 4: Water is then pumped by a high-pressure pump into the RO membranes.Step 5: Pure water passes through the membranes, while most dissolved solids do not pass through the membrane.Step 6: The pure water then passes through the RO product line, and the contaminated water passes through the reject line or recycle line. What does a reverse osmosis system remove?A reverse osmosis system removes dissolved solids like arsenic and fluoride through the RO membrane. An RO system also includes sediment and carbon filtration for a broad spectrum of reduction. The carbon filters in an RO system remove chlorine, bad taste, and foul odors, and the sediment filter removes dirt and debris.Does a reverse osmosis system remove…Fluoride?------Yes.Salt?------ Yes.Sediment?------ Yes.Chlorine?------ Yes.Arsenic? ------Yes.VOCs? ------Yes.Herbicides and pesticides?------ Yes.Many other contaminants? ------Yes. The contaminants listed are some of the most popular ones treated with an RO system, but the system also removes a slew of other contaminants.Bacteria and Viruses?------ No. If your water comes from a city treatment plant, then it should already be microbiologically safe. Reverse osmosis may remove some bacteria, but bacteria could grow on the membrane and potentially enter your water supply. To remove living organisms and viruses, we recommend UV disinfection.  Product Parameters Reverse Osmosis System is built of five basic parts:  1) Pressure RO Vessel & MembraneObviously, a reverse osmosis system wouldn't get very far without membrane elements. The proteins that make up membrane elements vary depending on the kind of intake water and ending clarity. There are membrane elements for brackish water, seawater, hospital-grade disinfection, and membranes designed to remove specific contaminants to name a few. If there is a water treatment need, you can be sure there is certainly a membrane element for the job. The size of the task (municipal, commercial, or industrial) will determine the size and number of reverse osmosis membranes in a system. There can be anywhere from a single two and a half inch membrane (like in an under-sink reverse osmosis water system) to hundreds of eight inch membranes all working together (a typical reverse osmosis plant).2) SS FrameThe best way to make your reverse osmosis system as durable as possible is with a powder coated, carbon steel frame to mount all of your components on. It's resistant to the elements, designed for the heavy vibration of high-pressure pumps, and  mounts to the ground to ensure that it will last a lifetime.3) Cartridge FilterMost reverse osmosis water systems come with a cartridge filter to ensure that no particles large enough to damage the membranes come anywhere near them. This cartridge is usually a five micron spun polypropylene filter, but can vary upon request. The cartridge comes in a durable casing that can handle the pressure from the main feed or booster pumps.4) Reverse Osmosis High Pressure PumpWithout a high-grade pump, the rejection rate for a reverse osmosis system isn't viable in most commercial or industrial settings. It is vital to the system to ensure that the pump is matched to the membrane quantity and size appropriately. Usually, the higher the horsepower on the intake pump, the better the rejection and recovery rates of permeate.5) Control PanelLastly, the reverse osmosis system has to be controlled by a human operator. At Pure Aqua, we use advanced PLCs or a solid-state microprocessor depending on how advanced the controls need to be. The controls can also be used to manage multiple systems simultaneously, effectively making a one-man water production plant.A reverse osmosis system can have a number of other components built onto or into it as extra components as well. The entire skid can be built into a containerized system, for example, so your Desalination by RO System is always on the go. There are a number of supplemental skids that can be attached to an RO System as well, for tasks like membrane cleaning, pretreatment, chemical dosing, and a number of other jobs as necessary. Packaging & ShippingProject CaseCompany Profile/* January 22, 2024 19:08:37 */!function(){function s(e,r){var a,o={};try{e&&e.split(",").forEach(function(e,t){e&&(a=e.match(/(.*?):(.*)$/))&&1