How the NSF has failed us.

The first component in the treatment tree will be a 20” big blue filter housing. It will utilize a Dual Gradient 25-1 (outside starts at 25 microns and inside ends at 1 micron). Extremely high load filter for particulates.  We will be using a 2.5 cubic ft. Mid-level Vortech tank. The treatment tank will be an up flow. No valve or power required. The system does not backwash. No drain required. The bottom portion of the tank is catalytic Carbon. The top portion is CT nucleation media. The last component is the descaler.  

The bottom chamber of the tank holds an enhanced catalytic carbon. This state of the art purification media has one of the largest surface areas  in  the  Water treatment industry. It is enhanced with Special impregnated material which  can remove  AThis  catalytic carbon  can be regenerated on site to  V 99% of the original capacity.

It is hands-down the best chloramine removal carbon we have ever tested.

Independently Tested to meet ANSI/NSF rsenate,
Arsenide, Chromium, Copper, Cyanide, Fluoride, Lead, Mercury and Selenium.  This  catalytic carbon  can be regenerated on site to  V 99% of the original capacity.

It is hands-down the best chloramine removal carbon we have ever tested.

Independently Tested to meet ANSI/NSF
The descaler changes the molecular structure of the minerals (calcium and magnesium) that make up hardness. The process allows these healthy minerals to remain in your water without sticking to the sides of your pipes and appliance heating elements. Our descaler removes existing limescale from pipes and the heating elements of hot water heaters, dishwashers and other appliances and prevents new limescale. Appliance lives are lengthened. Water flow from fixtures like showerheads increases.

Description of CATALYTIC CARBON

 CATALYTIC CARBON is Coconut carbon

 • CATALYTIC CARBON is Certified by WQA to NSF/ANSI 61 Standard

 • CATALYTIC CARBON  is Catalyzed with Iron (“Catalytic Structure”)

 • Iron Catalyst has the highest Oxidation and Adsorption pores “Inside as well as Outside the Activated Carbon”

 • Surface of CATALYTIC CARBON ranging from 2000 m2/g to 2500 m2/g Iron Particles coated inside and outside the micro-pores of CATALYTIC CARBON® eliminates the need of expensive Ion-Exchange and Membrane Process to remove contaminants 

• Suspended Solids ≤ 1 micron • Humic Substances (organics)

 • Tannins and Lignin • Color and Odor • Hydrogen sulfide (H2S) • Chloramines

 • Trihalomethanes (THMs)

 • Phenols and p-nitro phenol 

• All kind of Dyes 

• Heavy Metals (inorganic)

 • Including Arsenate, Arsenide, Chromium, Copper, Cyanide, Fluoride, Lead, Mercury and Selenium.

Huge surface area 

1.Mechanical Filtration (fine particles, TSS, Turbidity down to 1 micron)


2. Adsorption of organic contaminants
3. Adsorbtion of inorganic contaminants (e.g. As, Heavy Metals, Radionuclides)    

To enhance the catalytic activity of carbon, the surface is modified by a chemical process in which the electronic structure of the carbon is altered in such a manner that the resulting carbon offers enhanced catalytic capability". This process results in catalytic carbon. Catalytic carbon has several advantages over tradational carbon such as better chlorine/chloramines capacity.catalytic Carbon is an excellent option for catalytic carbon filtering chlorine, chloramines, THMs, H2S and other contaminants in the water.   CATALYTIC CARBON coated with iron-hydroxide, has huge capacitiy for humic substances, phosphates, copper and many other heavy metals    Catalyst, in chemistry, any substance that increases the rate of a reaction without itself being consumed.  High oxygen on surface of Activated Carbon is the most important factor which influence its surface characteristics. To achieve these, the surface has to be treated in a very special way. The larger oxygen content the higher the hydrophilic character of the carbon surface. Catalytic carbon has a special  treatment that gives an activated carbon a unique acid-base characteristiques.  Regeneration of Catalytic  Carbon is a very unique technology to Regenerate contaminated CATALYTIC CARBON and re-activate it up to 99% of its original capacity.> Desorption and Destruction of all organics and adsorbed heavy metals can be achieved by 1% strength solution of  (Catalyzed Super Oxide). Catalyzed Super Oxide reactions are based on Fenton’s like reaction which generates hydroxyl radicals (•OH). These Hydroxyl radicals are so strong that it oxidizes all possible organics from the surface of Activated Carbon. 

85% of the United States has hard water, i.e., containing calcium and magnesium of 7 gpg (grains per gallon) or more. That statistic underlies the Home Water Plant Phase 3 scale treatment and prevention design. Calcium and magnesium, or carbonate, scaling seems an ever-present problem, and the Home Water Plant is designed to treat almost all scale causing minerals and salts.  How is limescale dissolved in pipes and appliances?  The Home Water Plant Descaler uses the carbonic acid already in the water. Limescale is composed mainly of calcium carbonate.. Calcium, magnesium, and manganese carbonates are all insoluble in water, but are soluble in weak acids. All bodies of water scavenge CO2 from the air to form carbonic acid.  CO2 is also a byproduct of lime scale formation. Carbonic acid contains two hydrogen ions. Descaler electrical energy frees one of these hydrogen ions in carbonic acid via an electrochemical reaction.The Hydrogen ions derived from the carbonic acid react with the solid calcium carbonate, limescale, to form soluble calcium and bicarbonate ions. The Home Water Plant Descaler sends out a continuous electrochemical signal that provides activation energy for separating a hydrogen ion from carbonic acid already in the water. The freed hydrogen ion combines with the solid CaCO3, limescale, and converts it into soluble ion.  The Home Water Plant Descaler’s electrochemical signal also causes An interruption in the valence attraction of the cation and anion  ions. Scale ions that cannot bond together cannot form scale. The electrochemical signals also precipitates soluble hardness ions into inert micro crystals. Sometimes when water evaporates a white dust can’t be seen, but it wipes right off. We like to call it “scale dust”.  There are two different types of medias blended in the upper portion of the tank.They are cation scale prevention and  anion scale prevention. The Descaler is anElectrochemical Scale Removal & Prevention device. Two different  applied sciences  working  together  to  accomplish the same goal. The goal is to  keep hardness and  scale from destroying  your plumbing  and appliances. Preventing heavy metal scale from ruining your fixtures and surfaces with  impossible  to  remove  deposits. Two very  good  technologies combining  to  make  one  great system. The descaler changes the molecular structure of the minerals (calcium and  magnesium) that make up hardness. The process allows these healthy minerals to remain

The two types of FILTERSORB® units are SP3 scale prevention and SPA anion scale prevention.SP3 units prevent cationic scale based on positively charged ions such as calcium and magnesium and with nucleation it changes them into CaCO3 crystals. SPA units prevent scale based on negatively charged ions such as sulfates, silicates and phosphates (Calcium phosphate). FILTERSORB® CT: Mixed media. FILTERSORB® CT units prevent scale of both cations and anions, both positively and negatively charged ions. Watch- Water® recommends a mix of 50 % SP3 media and 50 % SPA media. The FILTERSORB® systems do not need any regeneration, no chemical feed and no electrical valve head or waste water outlet. FILTERSORB® CT is a continous up-flow system. FILTERSORB® CT systems can treat both: • Point-of-entry (POE) • Point-of-use (POU) These systems will reduce the scale of calcium, magnesium, sulfates, silicates including phosphates.  SP3 is the safest technology media without releasing any chemicals over the competition media and can provide more power. Instead of using aluminium and calcium on the surface Watch-Water® used strong glass surface as negatively charged beads. When the total hardness is oriented in up-flow direction, the electrons (SO 2-, SiO -, PO 3-, OH-, Cl-) flowed together with the  positive ions (permanent hardness) but FILTERSORB® SPA is added as a combined treatment the electrons separated from positive ions.     

CATALYTIC CARBON is made of activated coconut shell carbon. This Granulated Activated Carbon which is (highly activated) by catalysed iron-hydroxide, which enhances the adsorption of contaminants that have negative charge. CATALYTIC CARBON is the only available Carbon in the market which is regenerable. Iron Catalyst has the highest Oxidation and Adsorption pores “Inside as well as Outside the Activated Carbon.   Media Description: High content (10%) Feroxyhyte (FeOOH) coated GAC  CATALYTIC CARBON Removal methods: 1. Mechanical Filtration (fine particles, TSS, Turbidity down to 1 micron) 2. Adsorption of organic contaminants 3. Adsorbtion of inorganic contaminants (e.g. As, Heavy Metals, Radionuclides)  Suspended Solids ≤ 1 micron • Humic Substances (organics) • Tannins and Lignin • Color and Odor • Hydrogen sulfide (H2S) • Chloramines • Trihalomethanes (THMs) • Phenols and p-nitro phenol • All kind of Dyes • Heavy Metals (inorganic) • Including Arsenate, Arsenide, Chromium, Copper, Cyanide, Fluoride,    Lead, Mercury and Selenium  Regenerate contaminated CATALYTIC CARBON® and re-activate it up to 99%. Desorption and Destruction of all organics and adsorbed heavy metals can be achieved by 1% strength solution Catalyzed Super Oxide reactions are based on Fenton’s like reaction which generates hydroxyl radicals (•OH). These Hydroxyl radicals are so strong that it oxidizes all possible organics from the surface of Activated Carbon.   

The Turbo Descaler is  an  Electrochemical Scale Removal & Prevention device.  The  turbo descaler  is  a  patent pending ,self-diagnosising ,modulating  pure  sine  wave signal. The  electrochemical device  has 2  certifications  by the FCC . Electrochemical Scale Removal & Prevention The descaler changes the molecular structure of the minerals (calcium and  magnesium) that make up hardness. The process allows these healthy minerals to remain in your  water  without  sticking  to  the  sides  of  your  pipes  and appliance heating elements. Our descaler removes existing limescale from pipes and the heating elements of  hot water heaters, dishwashers and other appliances and prevents new limescale