Technology Miracle Water by Aquamaker. Air to water machine. Pure, great tasting water from the air we breathe. Jacksonville Florida.

º Air Filter Technology.

It consists of removal and oxidation compounds from contaminated air. The bio- air filter contains Ziolite, coated with a solution of Mineral (Oxychloride) which utilizes the principles of chelating, to deliver destructive energy to organic and micro organisms. When gases or air pass through the reactor, target pollutants diffuse into the ziolite as absorption and instantaneous oxidation occurs.

The following factors must be studied to consider the bio-air filtration process: Compounds with complex bond structure generally require more energy to be degraded. Organic compounds such as alcohol, aldehydes, ketone, and some simple aromatics demonstrate excellent biodegradability. Some compounds that show moderate to slow degradations include phenols, chloride hydrocarbon, polyaromatic hydrocarbons and highly halogenated hydrocarbon. Inorganic compounds such as hydrogen sulfide and ammonia are also biodegraded well. The most promising application of the bio-air filter is the removal of VOC from air or gases stream.

Our proprietary patented air filter will prevent the growth of algae and bacteria on the condensing coils by removing approximately 85-99% percent of all air-borne particles, dust, odor, mold spores, bacteria, and VOCs (volatile organic chemicals).

What’s the problem with the UV light filter?

Unfortunately, the growth of these living pathogens exists in the water. For example, in a UV light and filter systems (RO, Micro filtration and carbon filter), not all bacteria is killed.

Bacteria are simply not exposed for long enough periods of time to be effectively killed. Once bacteria begin to grow, they flourish and exponentially reproduce. Bacteria will rapidly multiply from 1000 to 5000 per ml in the drinking water tanks. High maintenance. Expensive.

What is oxidation?

Bio-side, otherwise known as “Singlet oxygen” (A SINGLE ATOM OF OXYGEN 1O2)

- A Single ATOM of Oxygen : 1O2

Gives Rise to:
- Emitted gases that seek out and destroy harmful contaminants.
- Provides the highest efficiency of oxidation.
- Controls pathogens better than any other solution on the market.
- Water treatment agent.
- Eliminates COD/ BOD better than any other
- Water treatment agent - without TOXIC by-products.
- Refers to a pure, clean, non-harmful way of effectively killing any contaminants in the water.
- Removes contaminants through a filtration system from the water you drink.
- To provide a more pure, healthier, and cleaner water.
- Eliminates algae and microbe growth on drinking equipment..
- Eliminates color and taste.

I. How Does Reverse Osmosis Work?

Reverse Osmosis is a process of cleaning water. It uses pressure to forces water through a membrane in order to filter out large particles. This membrane has microscopic openings that allow water molecules, but not larger compounds, to pass through. The membrane is responsible for the making of pure water and reduction (or capture) of minerals, salts and other possible contaminants in your water. As the water is forced through the membrane the salts and minerals are captured on the feed (or pressure side) while the pure water is captured on the other side of the membrane layer.

The design of membranes allow the minerals and salts to be flushed (or carried away) to the drain while the water makes its way to the storage tank by using water pressure supplied by your home. Additionally, proper maintenance is essential to retain effectiveness over time.

Reverse Osmosis has often been said to be a good way to purify water by those who truly don’t understand its potentially dangerous effects. Recently, many R/O companies were created to sell their own R/O systems with the intent of offering a unique product to the market. However, none of these R/O salesmen will ever tell you the whole truth about these systems and their disadvantages.

II. Disadvantages of Reverse Osmosis:

The primary disadvantage with Reverse Osmosis is the unbelievable amount of water wasted by the highly inefficient process of Reverse Osmosis. It is estimated that for every one (1) gallon of water produced, between 2-20 gallons of water are lost as unrecoverable waste! What that means is that to obtain your normal water consumption with an R/O system, you will use approximately 2-20 times more gallons of water than if you did not have an R/O system! Most R/O salespeople will never tell you that you could easily waste over 10,000 gallons of tap water every year with the near continuous flushing cycles required for most of these under the sink systems. This has become a massive economical and environmental problem in numerous areas, where summer water rationing is the norm. For example, in Santa Cruz, figures indicate that the penalty for water use over the 20% mandatory water rationing cut in residential water use, could be as much as $25 for every 750 gallons over your limit.

An average family of four might use between 125,000 to 150,000 gallons of water yearly, before the rationing and an R/O system. That means after water rationing and using an R/O system, you can easily incur water fines in excess of $3,000 and that’s not even including the cost of your normal water bill. Even if the waste water in an R/O system was at minimum, equal to its production capacity, adding an R/O system would still carry an enormous fine.

Some R/O manufacturers will tell you their systems don’t waste water once the storage tanks are full. These are the products that you should avoid at all costs because they are sacrificing water quality at your expense. What these manufacturers are saying is that the frequency of recycling water will be reduced and thus reduce your water waste. By not recycling the water, the R/O membranes may start to decay. The R/O membrane is usually composed of tightly spun fibers which act like a fine filter. Once these membranes start to decay small holes in a worn membrane can allow unhealthy microorganisms to pass through the plumbing along with the treated water. As the membrane decays, TEC HNOLOGY the quality of the treated water greatly deteriorates. Consequently, you’re left with a semi-purification R/O system for which you have paid full price. In addition, you are left with having to replace one of the most expensive parts of the R/O systems, which happens to be the membrane. Hard water such as tap water will also shorten the life span of RO membrane and thus water softeners may be necessary to keep the membrane working at its full capacity.

Say What? I Have to Add a Water Softener?

Water is considered to be “hard” if it contains calcium and magnesium. These minerals can leave a “film” on surfaces that come in contact with the water. Since R/O systems usually use tap water as their source, this film can cause inefficiency and sometimes even permanent damage in the R/O membrane. Installing a water softener will help support a R/O system, by mechanically removing minerals from the water, so that it can last longer and be most effective.

Reverse Osmosis salesmen will never tell you that a water softener is needed with an R/O system for its optimal performance – that’s just an extra cost and extra hassle involved! They will simply say that water softeners are not necessary because they know you will probably not pay for two systems. So really, they are trying to sell an incomplete system by only addressing the R/O processes. Why else do you think R/O salesmen certainly always forget to mention the hard water as a problem? Well, using hard water usually means more frequent repairs and maintenances, such as filtration changes which takes more money out of your pocket and puts it into theirs. It’s a win-win situation for them at your expense.

Soft water systems also have their problems with wasting water. Between 30 to 100 gallons of water are wasted about every two days during the “flushing cycle”. This could amount to another 5,000 to 15,000 gallons wasted every year by the normal operation of your water softener. If a salesman decided to install both these systems in your home simultaneously, you would definitely see a dramatic increase in your water bill. Ultimately, to get the full value out of your R/O system, you have to buy another expensive water softener, which will waste even more water to produce clean water. Furthermore, you have maintenance costs for two system and you get to pay for all the extra water wastage.

Cost

R/O systems can also be very expensive; ranging in cost of around $500 up to $30,000 for the fast flow systems. Installation and maintenance of the R/O system may cost up to one thousand dollars or more. In addition, the replacement filters alone may cost upwards of $300. To get the full value out of your R/O system, you have to buy another expensive water softener system, which will have installation and maintenance costs. Then, you have to pay for all the extra water wastage. In short, R/O systems and water softeners are not an ideal way to get purified drinking water. They may seem acceptable in the short run but over time the costs start to add up.