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Now it's hard to believe, but once the most polluted rivers in the world are clean, they bathed in them, caught fish and even drank water from them. But now the situation has changed dramatically. For example, the 5 dirtiest rivers in the world:

1. River Citarum, Indonesia

2. Yamuna, India

3. Ganges River, India

4. The Yellow River, China

5. Mississippi river

6. The Volga River, Russia

Once clean rivers have become a dumping ground. Swimming in these rivers is dangerous, but living nearby, have to use and apply these waters.

Seeing this picture, you understand that humanity is one step away from the water crisis, and there is an urgent need to do something.

Water is one of the most amazing substances on our planet. We can see it in solid (snow, ice), liquid (river, sea) and gaseous (water vapor in the atmosphere) States. All living nature can not do without water, which is present in all metabolic processes. All substances absorbed by plants from the soil, enter them only in the dissolved state. In General, water is an inert solvent, that is, a solvent that does not change under the influence of substances that dissolve. It is in the water that life on our planet was born. Thanks to the world ocean thermoregulation occurs on our planet. Without water a person cannot live. Finally, in the modern world water is one of the most important factors determining the location of production forces, and very often the means of production. So, the importance of water and hydrosphere-water shell of the Earth, it is impossible to overestimate. It is now, when the rate of water consumption growth is huge, when some countries are already experiencing an acute shortage of fresh water, the issue of reducing pollution of fresh water is particularly acute

Description of technology

We offer you a description of the unique Russian technology, which allows to minimize the negative impact of man on the environment.

In water, such indicators as chemical absorption of oxygen, biological absorption of oxygen, color, turbidity are sharply reduced, and that is especially important, the most dangerous xenobiotics of a number of phenol and dioxins are destroyed.

The improvement of water and air is achieved without the use of chemical, biological, radiation preparations and is achieved only by the physical impact of low-frequency electromagnetic fields.

We do not use chlorine, ozone or any other chemical preparations in our work. The equipment used has a certificate of conformity for the countries of Eurasia.

The implementation of the environmental program (treatment) leads to MPC parameters of storm wastewater, disinfection of water from some chemicals without emissions of toxic substances, which will improve the situation and gradually revive the ecology of rivers and lakes of the region. In result of necessity of construction of new major and costly stormwater treatment facilities and payment of environmental fines. The technology is based on a universal method of electromagnetic fields exposure for the purpose of storm water treatment, flowing into rivers, elimination of toxicity, etc.

Type of device (surface or underwater configuration) to clean the river at a distance of 2 kilometers.

Treatment of water with the MEP device can be carried out remotely or by contact action, underwater or surface stationary installations.

- Leads to compliance with GOST (State Standard) parameters of drinking, storm, fecal water, eliminates odors.

- Allows to significantly increase the capacity of storage devices, which leads to an increase in the volume of water treatment.

- Eliminates the dependence of the decontamination of water from chemical agents, UV light, ozone and etc.

- Does not require reconstruction of existing and construction of additional facilities for water treatment.

- Provides disinfection of fecal and silt sediments.

- Power consumption up to 100 W per set of equipment.

Can be used to clean up rivers, lakes, reservoirs with the aim of reducing the amount of pathogenic microflora (System completely destroys the blue-green algae in particular).

The main components of integrated water treatment

1.1. Water disinfection

Water disinfection is performed by contactless method. The purpose of treatment is to suppress the pathogenic microflora contained in the water. If necessary, stimulation of the useful microbiota is carried out. For this purpose, electromagnetic fields are processed. Due to the complex environmental situation caused by a large number of industrial emissions and other known phenomena, air, rain water, as well as water contained in the soil, have lost part of their original natural properties, which leads to disruption of the functioning of the plant organism, the development of pathogenic microflora.

During treatment with electromagnetic fields, water contained in air and soil is exposed. The water becomes micro-clustered structure, which changes the redox potential. The content of active oxygen in the water increases. Such water with negative ORP is easily absorbed by plants, is a natural antiseptic and growth stimulant, as it promotes activation of biochemical processes in microorganisms.

Our method allows to activate or suppress the vital activity of microbiological objects, to stop the development of pathogenic microflora of any composition, to control the course of chemical transformations. Favorable conditions are created for the development of autotrophic aerobic bacteria, including nitrogen-fixing, contributing to the formation of biological nitrogen. Each type of soil normalizes the life activity of soil-forming bacteria and lower plants, which are characteristic for this type of soil in this region.


1.2. Purification of water from oil products or substances with similar properties present in it.

Made an impact with the purpose of decomposition or binding present in water of the aforementioned substances. As a result, there is separation and precipitation in the form of sediment present in the water impurities. At the same time, the deposited oil products of any variable composition are eaten by microorganisms at a given speed, usually 5-7 times faster than under standard conditions.

1.3. We can't eliminate the chlorides and, in principle, all salts, except for salts of nitric, nitrous acids and ammonium salts. If there are silicates in the water or at the bottom of the reservoir (in the form of polysilic acid), we can reduce the total content of salts and suspended particles, phosphates, nitrogen, ammonium, nitrites, ammonia, hydrogen sulfide, iron, copper, manganese and other harmful compounds by electromagnetic fields. Almost all the salts of silicic acid are poorly soluble in water and as a result of processing, decomposition of harmful substances occurs, the formation of insoluble compounds and their precipitation or their release in the form of gas (in the form of nitrogen).

Characteristics of an industrial pattern generator

* Simplicity of design, operation and maintenance.

* Two types of performance-underwater and ground. Production in anti-vandal execution is possible.

* Range of four kilometers.

* The generator operates on an autonomous power supply - the battery.

• Environmentally friendly – no waste, impact on the environment.

* Technically safe - no rotating parts, units and assemblies under pressure, high temperature.

• Repairable – if you need to be quick replace.

• Easy to manage.

* Maintenance-battery replacement once a year

* Operating life of 10 years.

Necessary equipment for maintenance on the Ganges river

• Stationary laboratory for testing of water

* 2 automotive laboratories.

1 hovercraft or boat for maintenance of surface facilities.

* The number of generators depends on the length of the reservoir flowing through the region (1 generator - 2 km of the channel). For the river Ganges with its tributaries the necessary 1500 - 2000 generators.

* Annual operating costs per generator per year-no more than 10 thousand US dollars. The number of jobs for each region is not less than 5 people, but not more than 10-12 people.

Summary

Saving hundreds of millions of US dollars from national or regional budgets only in the design and construction of new treatment facilities of cities for storm water.

The program will clean the river of biological pollutants and return life to water.

Below are the Certificates for the equipment, and for example the act of the results of the devices of our company at the chemical facility in Dzerzhinsk, Russia.