Virus Pro’-diluted water was sold as mineral water for sports.
Currently, the factory has moved to the Philippines, obtained FDA approval, and is being sold in the US and Dubai in addition to the Philippines.

The product is sold as active water for fish rearing and aquaculture.
In fish rearing and aquaculture, water quality purification, as well as controlling the dissolved oxygen, temperature, and pH levels, are all necessary. However, when using active water, pollutants are removed, and there are other effects such as growth acceleration and the treatment/prevention of diseases.
Additionally, active waterit is an effective measure against the koi herpes virus and can be used in the fishery industry for purposes such as fish cultivation in freshwater or seawater, water purification, and activation. It can also be used in a wide range of scenarios from farming to the transportation of live fish, processing, and maintaining freshness.
Use of active water yields the following effects/phenomena.
・When making irrigation water, for example, if you add active water to tap water with an odor of chlorine (irrigation water with a concentration of 100 ppm), the chlorinated odor immediately disappears without leaving any chlorine damage, even if you do not dechlorinate it.
・Usually, the dissolved oxygen (DO) in freshwater is around 8 ppm; however, when cultivating fish in an overcrowded environment in irrigation water containing 100 ppm of active water, there is no impediment to the health or growth of the fish, even if the dissolved oxygen (DO) reaches 4 ppm.
・Nitrate nitrogen, which can be considered to be a result of the oxidization of ammonia nitrogen, increases; however, no ill-effects on the fish are observed.
・Due to the increase of ammonia nitrogen resulting from the decomposition of leftover food, etc., pH levels rise (alkali side), however; by adding active water, this effect is suppressed and it shifts to the acidic side.
・Even at pH 4 and below, there are many cases in which fish grow healthily.
・There is almost no putrefaction such as that resulting from leftover food, feces, or carcasses in the water or at the bottom of the water . Therefore, there is very little deoxidization of low-quality floating mud.
・Fish food intake is satisfactory and growth is surprisingly fast.
・Breeding of microorganisms such as rotifers, daphnia, etc., progresses rapidly and is effective in the growth of fry.
・Aquatic plants proliferate and are useful in water quality purification. Additionally, toxic algae (sch as blue-green algae), do not appear.
・Dead fish do not rot, but become mummies as they are, without the need for any preparation such as blood draining, gutting, soaking in salt, etc. (Freshwater/seawater)

Applications of Use from Sewage to Purified Water: Available as Active Water
Put simply, sewage is a state in which rotten organic matter has attached itself to water molecules or in which it exists inside a group of water molecules. It is not a state wherein the molecules themselves have rot (altered), but a state in which only attached organic matter is rotting (reduced state).
When active water is added, some minerals, such as Al/Fe/Mg/K, etc. combine with oxidized organic matter in the form of salts, change into insoluble substances, and are deposited as solid substances. This state continues as long as the pH level is not adjusted to 7 or more.
（A）Wastewater from Fish Processing
This wastewater often contains a lot of protein, fat, and blood, and often has a high salt concentration. It also emits an odor, making it difficult to process.
By adding active water, it can be processed relatively easily, and the foul odor is drastically reduced.
Additionally, organic matter, which is a contaminant, is flocculated, and can be used as feed or fertilizer.
（B）Livestock Excreta
Pig excreta is similar to that of humans and is relatively easy to process. However, cow excreta contains a lot of salt and its alkalinity makes it difficult to dispose of. After separating the urine and feces, it can easily be processed by adding active water to the excreta.
Additionally, by adding it to the drinking water for livestock, the odor of the urine and feces itself can be reduced.
（C）Wastewater from Poultry Farming
In the poultry business, in the case of laying hens, the treatment of the wastewater used to wash those eggs is becoming a huge issue. This wastewater is a mix of egg substances (egg yolks/whites)/detergents/feces/blood, etc., and is difficult to process. With the active water wastewater processing method, this can be easily solved, and the treated water can be used again as washing water. The degree of pollution of the wastewater used when disassembling broilers is extremely high; however, with the active water wastewater processing method, it is possible.
（D）Human Excrement
In human waste treatment methods for ordinary houses without sewage facilities, it is compulsory to use the microbial treatment-style septic tank specified by law. However, in reality, there are many places where this microbial treatment is incomplete. In cases such as this, the problem can be solved with the active water treatment method.
（E）Chemical Industry Wastewater
This is wastewater containing a large amount of COD, which is difficult to treat. However, even this kind of wastewater can be treated by using the active water method, in combination with pre- and post-processing.
（F）Pools/Saunas/Hot Springs/Public Baths
Under the Public Health Law, the water used for these must be chlorinated water. As many people use this water, it is highly contaminated and there is a high risk that it will become a hotbed for disease. Therefore, sterilization and disinfection are essential conditions; however, disinfecting with chlorine has a significant impact on the human body, i.e., residual chlorine. By adding active water and circulating it, there is an antibacterial effect, and the water becomes such that it meets the standards for drinking water.

Agricultural Growth Management (Healthy Cultivation Without the Need for Fertilizer)
In recent years, the agricultural industry has reconsidered agrochemical-free organic cultivation, which does not rely on chemical fertilizers. However, whether it is a chemical fertilizer or an organic fertilizer, a large amount of nitrogen is introduced. As a result, agricultural products rot quickly and cannot be preserved for long periods of time. Additionally, if a typhoon comes along during the growth stage, fruit falls before it can be harvested and can no longer be sold. Likewise, rice falls down and is soaked in water. We have come to hear many anecdotes of this kind of damage. By incorporating minerals in the cultivation of agricultural products, rice which is resistant to falling, and fruit which is resistant to rot (it may lose water over time and develop wrinkles, but it will not rot), can be achieved. For mineral cultivation, please refer to the growth comparison with active water (Virus Pro&rsquo solution diluted 1,000 – 5,000 times).