AquaPro XM® Media Filtration Systems

AquaPro XM® Media Filtration Systems

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Residential, Commercial & Industrial

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AquaPRO XM® Media Filtration Systems

Residential, Commercial & Industrial

Highest Quality Media Filtration Systems On The Market, Exclusively from PureH2O®.

PureH2O® offers three media filtration systems designed to operate from well water and the municipal water supply in the Caribbean Region. Each system is constructed of superior quality components to provide many years of reliable service with proper care and maintenance. Our core filtration technology has been developed to remove a wide range of harmful contaminants from the water supply.

PureH2O® offers three media filtration systems for residential and commercial applications.

AquaPro XM® Multi-Media Filtration System

Removes suspended solids including TSS bacteria, Turbidity, Silt, Dirt, Sand and Sediment.

Suspended solids can cause abrasion and damage to plumbing fixtures and fittings, valves, and downstream appliances and equipment, as well as block other water filters and RO membranes. Sediment and other suspended solids are corrosive to commercial boilers and can cause thermal efficiency loss resulting in higher energy costs. The AquaPro XM® removes abrasive elements down to 10 microns using carefully selected media including anthracite, processed sand, garnet, fine gravel and coarse gravel.

AquaPro XM® Activated Carbon Filtration System

Removes Chlorine, Trace Organic Contaminants, Color and Odor

The removal of chlorine from feed water streams is particularly important given the irreparable damage it can do to RO membranes and other equipment. The AquaPro XM® provides extremely effective chlorine removal, and can be used for the removal of trace organics which foul RO membranes and produce offensive odor and taste of the feed water.

AquaPro XM® Iron Removal Filtration System

Removes Iron, Manganese, Hydrogen Sulfide and Other Metals

Two types of iron contamination can exist in well water and municipal water. These are referred to as particulate (rusted) ferric Iron, and clear dissolved ferrous iron. The two types of iron require different treatment methods. Depending on the particulate micron size and level of iron concentration, rusted ferric iron in concentrations of up to approximately 5 ppm can usually be removed by a properly designed fine mesh water softener. Ferric concentrations above 5 ppm and all clear dissolved ferrous iron contamination require an iron filter for removal.

Iron in the feed water stream is a destructive contaminant that quickly separates from solution and sticks to the surfaces of pipes, plumbing fixtures and hot water heater elements, resulting in severe scaling and fouling. It can also block plumbing filters, ice makers and RO membranes. When commercial boilers are exposed to feed water containing ferric or ferrous iron contamination, the boiler system components become rusted and blocked, resulting in recirculation and heat transfer inefficiency and higher energy costs. The AquaPro XM® removes the iron contamination and will also remove highly corrosive hydrogen sulfide contamination and its associated ‘rotten egg’ odor.

Media Filtration - How It Works

Regardless of the treatment application, all media filtration systems operate essentially the same way. Feed water enters the filter vessel through an inlet valve and is sprayed out over a bed of selected media. The water flows down through the bed and interacts with the media which removes or alters the targeted contaminants. The filtered water enters the distributor system at the bottom of the vessel and travels up through the center riser tube from which it is then piped out of the vessel.

Solids are trapped by the media and over time result in a pressure drop across the vessel. Upon reaching a preset pressure level, the control system activates the backwash mode, reversing the direction of flow. Feed water travels down through the riser tube into the distributor and flows upward through the media bed. The velocity of the water releases the trapped particles which are sent to the drain. The system then goes into rinse mode in order to reset the media bed into a compact state for treatment to resume. The entire backwash and rinse cycle takes approximately 30 minutes.