1102

POE Water Filtration Blended Catalytic Bone Char Carbon Fluoride-Chloramine

Regular price $625.00

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WHOLE HOUSE 1.5 CU FT Blended Catalytic/BoneChar Carbon.  FM20(FT56)  TIMER BACKWASH VALVE.

Unlike standard coconut or charcoal based carbon filters which cannot filter fluoride, our Whole House Filter uses a unique calcium based Bone Char carbon designed to reduce the fluoride from your water. 

Removes/Reduces Fluoride, Hydrogen Sulfide (Sulfur), and chemicals and odors! 
High Flow Control Head
Complete System 


Additional Metals Addressed By Bone Char Carbon*

Aluminum Arsenic III Arsenic V Cadmium
Chromium III Chromium IV Copper Lead
Mercury Nickle Silver Zinc
Fluoride      
*The information provided on this table is based on Additional testing results of removal efficiency for heavy metals with the use of Bone char courtesy of Glasgow University, UK and manufacturers of Bone Char. Additional contaminants that bone char carbon is recommended for are not certified by WQA or state standards. Contaminates addressed by bone char may not be in your water.

The use of bone charcoal or bone char is reported to be an effective means for the reduction of fluoride. Bone charcoal contains a carbon structure while supporting a porous hydroxyapatite matrix (a calcium phosphate hydroxide in crystalline form which is rich in surface ions which can be readily replaced by fluoride ion). Adsorption and ion exchange are thought to be the mechanism for fluoride reduction by bone char. This filter works like regular carbon as well. A whole-house filter system treats all water traveling to any faucet or fixture in the home. It removes the chemical before it can be ingested, breathed in, or absorbed by the skin during washing or bathing. A larger carbon filter like this one provides better filtration because of the amount of carbon, and depth of the filter bed. It does not cause a water pressure drop in your home compared to solid block carbon filter installed at the point of entry. Carbon removes/reduces many volatile organic chemicals (VOC's), pesticides and herbicides, as well as chlorine, benzene, trihalomethane (THM) compounds, radon, solvents and hundreds of other man-made chemicals found in tap water.Carbon is a substance that has a long history of being used to absorb impurities and is perhaps the most powerful absorbent known to man. One pound of carbon contains a surface area of roughly 125 acres and can absorb literally thousands of different chemicals. Activated carbon which has a slight electro-positive charge added to it, making it even more attractive to chemicals and impurities. 

Catalytic Carbon:

Application:

Chloramines
Hydrogen Sulfide
Taste and Odor
VOC Removal
Iron Removal
Residential and Commercial Water Filters
Aquarium Water Treatment

Many water utilities across the U.S. are transitioning to chloramine for disinfection as an alternative to chlorine. This change is in response to stricter U.S. Environmental Protection Agency regulations on disinfection byproducts (DBPs), which are created when chlorine reacts with organics in water. Chloramine, a combination of chlorine and ammonia, is more stable and does not create DPBs.

Removing chloramine at the point of use, however, is more difficult than removing chlorine. Standard granular activated carbon (GAC) and carbon gac products have limited capacity for chloramine reduction. Products known as “catalytic” or “surface-modified” activated carbon can provide a solution.

In general, the catalytic properties of carbon are measured by the rate at which carbon decomposes hydrogen peroxide. The resulting peroxide number, measured in minutes, estimates the carbon’s utility in any catalytic application, including chloramine reduction. Based on the comparative results obtained for different mesh size commercial carbons, the efficiency of chloramine reduction is discussed in the terms of peroxide decomposition capacity and further extended to the total life (volume) claims for corresponding GAC carbon.

Chemistry of Iron Oxidation:

A mineral found in soil, iron normally exists in an insoluble oxide form, namely ferric oxide. If acidic ~ or carbon dioxide ~ containing water passes through the soil, the insoluble ferric oxide is reduced to the very soluble ferrous form. When water is pumped from the ground, oxygen from air enters the water and is available for reaction with the ferrous iron. In the presence of oxygen the ferrous form is eventually oxidized to the insoluble ferric form, resulting in familiar red deposits that stain sinks and clothes.

In iron removal processes, the insoluble ferric hydroxide comes out of solution and is separated from the water by either filtration or settling. Catalytic carbon accelerates the reaction rate of ferrous to ferric iron dramatically, completely removing the in the relatively short time the water is in contact with the carbon

Under normal conditions, the reaction rate of ferrous to ferric iron is fairly slow, even when excess oxygen is present. This slow reaction rate necessitates the use of large retention tank and sedimentation tanks to allow time for precipitation to occur. A separate filtration step is then required to remove the remaining particulate.

In treating iron-laden water, the catalytic properties of the form of granular activated carbon perform quite differently from standard activated carbon. The catalytic properties greatly accelerates the reaction time of iron to an insoluble form. By oxidizing iron from a soluble to less soluble state, catalytic carbon serves to simplify the removal.

The resultant increase in reaction rate that occurs by using catalytic carbon allows smaller pieces of equipment to be used. As with all oxidation techniques, oxygen is required ~ but a simple eductor or air injection pump is all that is required. As the reaction occurs, the precipitate is collected on the surface of the carbon, and a secondary filter is not required. Periodic backwashing is performed to remove this iron floc and return the carbon to a usable state.

Another benefit of the catalytic carbon is  its proven performance in removing hydrogen sulfide (H2S) from water. Many iron-containing waters also contain H2S and same bed of catalytic carbon can be used to remove both.

This system is easy to set up. With this system you will receive:

1 - 10"x54" FRP Vessel (Color Varies)

1 - FM-20 Filter Backwash Valve 110V Programmable Auto Timer Valve

1 - 1.5 CuFt Catalytic Carbon - BoneChar Carbon Blended

1 - 1" Pipe Connection Yoke

Tank is shipped preloaded with media.