Water Industry. 

Each swimming pool, spa, jacuzzi, bathhouse, dressing room, grocery, farm, hospital and industry hall can be affected by pathogenic bacteria such as Staphylococcus Aureus, Escherichia Coli, Pseudomonas Aeruginosa, Legionella Pneumophila or fungi causing dermatomycosis as well as viruses e.g. herpes simplex virus (HSV), H5N1- bird flu virus (Avian Influenza).


    Ministry of Health Poland Nr : ZPS-484pb-4264/10



    - it is odor-free, non-flammable and it does not evaporate,

    - protection from corrosion – it creates a protective layer,

    - it provides clean air to the environment,

    - it destroys bacteria, fungus and viruses, within recommended concentration it reduces  the quantity of bacteria by 100%!

    - it is well dissolved in water,

    - it reduces  the water hardness,

    - it does not cause the ‘pink eyes’ effect.

    - it does not discolour clothing

    - it is easy to dispense it,

    - disinfected plants, tanks and pipes are protected from contamination,

    - it has flocculation properties

    - it unites with heavy metals, which results in a suspension possible to be removed during filtration,

    - it is safe and more comfortable in terms of its use in comparison to traditional agents (e.g. those based on chlorine).

    - it successfully replaces  chorine, which is hazardous for the environment and causes irritations,

    - it protects elements of heating and cooling systems from unfavorable microorganisms causing corrosion.


Akwaton - Pools, surrounding areas (hallways, locker rooms, etc.).
High temperature and humidity conditions in the areas of swimming pools, create favorable conditions for microbial growth. Especially where it comes into contact with the unshielded surface of the skin, it is important to combat mold and mildew, which may attack the skin. Also in swimming pool water (especially under heavy load) a number of microorganisms develop. Some of them are always present in drinking water, but in the pool multiply rapidly and can cause allergies and skin diseases.

Application: Water Industry modern biocide polymer allows for maintaining the cleanliness of both the pool water and associated swimming pool area. Furthermore, in contrast to the oxidation of chlorine compounds, does not irritate skin and cause "red eye", is safe for fabrics and metals.



An important advantage of Water Industry is a complete lack of smell. Water remains clean and fresh. The use of chlorine in swimming pools often causes  a zone of still air, suffused with the smell of chlorine.  Akwaton does not cause this effect.



Under a strong sun water heats up too much and  the algae begin to multiply at an accelerated pace, and there is a risk of agae blooms.

While the excessive growth of algae is harmful to fish and aquatic macrophytes (reducing the amount of available oxygen and light)  blue-green algae can also be dangerous for species of cyanobacteria that produce toxins that cause allergic skin reactions, but many species also produce toxins that cause food poisoning or a other diseases.


Current UV devices on the market require pumps with very high efficiency and water is only disinfected at the time of exposure. Most UV decontamination is more expensive than notawkA plus.


Ozonation technology, having similar advantages as the technology of Water Industry but are more expensive, and  they disinfect through oxidation, thus causing the destruction of materials, corrosion and accelerate skin aging. is a reasonable alternative to existing technologies-it has better performance and is safe for the environment.
Water in the garden improves mood and climate. The product with antibacterial and antifungicidal qualities are useful for the disinfection of water in the heating water circuits, industrial pools, cooling water systems, fountains,  jacuzzi,  ponds, reservoirs, wall springs and also for garden plants. Near the water one is able to better relax, breathe, enjoy the surrounding area.
I is an effective deterent against agae growth in water.



Application: swimming pools, pool filters, district heating, cooling water circuits and other vessels.

Under a strong sun water heats up too much and  the algae begin to multiply at an accelerated pace, and there is a risk of agae blooms.

While the excessive growth of algae is harmful to fish and aquatic macrophytes (reducing the amount of available oxygen and light)  blue-green algae can also be dangerous for species of cyanobacteria that produce toxins that cause allergic skin reactions, but many species also produce toxins that cause food poisoning or a other diseases.



Tests have been done verifying the efficacy of notawkA plus according to European Standard Protocols: EN 12054, EN 1276, EN 1040, EN 1650. EN 1275 and EN 1276, certified PZH. and Minister of Health, Poland.  These show the effectiveness against the bacteria: Staphylococcus aureus, Pseudomonas aeruginosa, Escherichia coli K12, Enterococcus hirae, and Candida albicans (diploid fungus - a form of yeast), Water Industry & Filters

1. The presence of filters often affects the dose Water Industry contained in swimming pool water. A multitude of different structures makes the first application to estimate the amount of Water Industry, which is deposited on filters.

2. Sand filters take about 2 liters of Water Industry on the 1 kg of the filter.

3. By adding Water Industry for the first time, the calculated dose, add 2 liters for 1 kg of the filter.

4. Then, run the filter system for a period sufficient to pump all the water in the pool (depending on the performance it can take 3-12 hours). Water Industry and chlorinated water

1. Chlorine compounds affects Water Industry, which is why we recommend using only chlorine-free  water preparation.
2. If you can not use unchlorinated water it will be necessary to apply twice the amount of notawka plus.
3. Water Industry - district heating, cooling water circuits and other vessels.


The primary objective of conditioning circulating water is to protect pipes and equipment from corrosion and deposition of minerals. The use of traditional means of protecting against rust does not provide protection against all types of corrosion. Multiplying microorganisms in the water encountering favorable conditions for growth, the surface is covered with a thin layer of such microorganisms, which are more difficult to breach by most disinfectants.Often the resulting biofilm decreases the efficiency of heat exchange elements comparable to the decrease caused by deposition of minerals. In addition, some bacteria cause biocorrosion (eg, sulfate-reducing bacteria). This is usually pitting, very intense in places which enhances the development of friendly microorganisms. Biocorrosive circuit elements caused by bacteria of the genus Nitrosomonas and Nitrobacter was the cause of several serious accidents in the power generation of Western Europe. Water Industry is an innovative polymer and combines the advantages of traditional anti-rust agent (phosphate groups) and the high efficacy of the biocide that is independent of microorganism species. Water Industry covers the surface with a protective layer that protects against both rust and the development of microflora. Biocidal properties of polymerised guanidino groups increase with increasing temperature, a circumstance particularly favorable for most microorganisms.  


Application of the Water Industry does not affect the pH of the conditioned water.


Industry Water circuit not only protects against corrosion, and overall biodiversity, but also protects against the development of micro-organisms in the water unsafe for humans, such as Legionella pneumophila and development of algae and cyanobacteria, even in the solar tanks. The recommended concentration is safe for higher organisms.

-cycles of cooling water (power stations and industrial plants)
-Other circuits are closed or open, where there is a need for protection against rust and / or biocorrosion.

-Safe for all materials (at concentrations recommended)
-High efficiency over a wide range of temperatures (up to 120 º C)
-The safety and ease of dispensing
-Environmentally friendly (at the recommended concentration it is safe for fish or crustaceans , harmless to 5 ppm; safe for aquaria.
-Provides extended protection
-not flammable, stable and long-term storage
-There is no odor or color
-Does not require special precautions for transport

Depending on conditions (temperature, quality of water added, construction materials) from 6 to 10 ppm of pure substances. (1924 to 1940 ppm of a commercial solution), once a month.

Because each of the circuits differs in terms of technical properties  (materials, temperature, amount of pollutants),  tests need to be carried out to determine the appropriate dose and effectiveness.


Algae Control

Cyanobacteria (blue green algae) in water reservoirs.
Forming cyanobacteria blooms appear in water reservoirs around the world, including drinking water reservoirs. Many strains of these microorganisms have the capacity to produce potent toxins which are known as secondary metabolites of cyanobacteria. These substances are often responsible for the death of animals and the cause of human diseases.
Some of the toxins are hepatotoxins, microcystin, and cylindrospermopsin  (damaging to livers) and other toxins damaging to the nervous system or skin allergies.
After cyanotoxins were detected in drinking water, WHO decided to establish the limit of microcystins in drinking water, which is 1 microgram / liter. Cyanobacteria that produce toxins are regarded as particularly high risk factors. Water can be used as an algaecide  in reservoirs to control algae growth and prevent and reduce to that extent the problem of toxins in the water for drinking and for recreation, as well as tanks for fish farming. The role in the pattern of management of water resources is reduced to an effective short-term control of algae growth in a situation where there is no possibility of using other sources of drinking water, or when other methods of controlling blooms are ineffective or inappropriate. Use of other algaecides, such as copper sulfate can be harmful to the environment and usually do not comply with governmental restrictions.
Algaecides, including pre-tested, as well as other techniques must be applied in accordance with established methods. should be added to water in the initial stage of formation of the blooms, when cell density is low, to reduce the possibility of the release of high concentrations of intracellular toxins, which can occur when intense blooms will be treated. Early application of this measure would result in better results, because the cells of cyanobacteria, normally being on the water surface can be easily coagulated especially in the presence of other organic substances in natural waters.
The biggest problem with other algaecides that cause destruction of cyanobacteria is the release of toxins and substances that impair taste and odor.  These toxins are dissolved in water and cannot be eliminated from drinking water by flocculation or filtration.
University studies show that use of as prescribed for algaecide use can effectively reduce the growth of pure cultures of cyanobacteria which are responsible for algae blooms.  The effect occurred within 72 hours of application.  There was no release of toxins from cyanobacterial cells during 3 days of incubation blooms.  Bloom biomass was reduced to 70% compared to controls. is safe for fish.  It can be toxic to some invertebrates although it is safe for copepods and rotifers.  Testing of the effect of on the aquatic environment and organisms must be done prior to use.
Ministry of Health: ZPS-484pb-4264/10

Fosfaton-Akwaton International Ltd.