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Now not even be believed, but it was once the most polluted rivers in the world are clean, bathed in them, fished, and even drank water from them. But now the situation has changed dramatically. For example, 5 of the dirtiest rivers in the world:

1. River Tsitarum, Indonesia

2. Yamuna River, India

3. River Ganges, India

4. Huanghe River, China

5. Mississippi River

6. River Volga, Russia

The once clean rivers turned into landfill. Although swimming in rivers such dangerous people living on them not only to bathe but also use their water as a drink.

Seeing this picture, you realize that humanity is one step from the water crisis, and this need to do something.

Description of technology

We provide you with a description of the unique Russian technology that allows you to minimize the negative impacts of humans on the environment.

In the water, such factors as the chemical absorption of oxygen, biological oxygen absorption, coloring, turbidity are greatly reduced and most importantly, the hazardous xenobiotics from the series of phenols and dioxins are eliminated.

Improvement of air and water is achieved without the use of chemical, biological, radiation and medicines, the effect is achieved only by physical influence by means of electromagnetic fields of low frequency.

In our work we do not use chlorine or ozone, no other chemicals. The equipment used has a certification according to Eurasian guidelines

View of the plant (upper and lower water sides) for the purification of the rivers and lakes at a distance of 2 kilometers

The implementation of the environmental program (treatment) brings maximum permissible concentration parameters of the rain water drains, disinfecting the water of chemicals without toxic emissions, which lead to the improvement of the environment and will gradually contribute to the ecology of the rivers and lakes. As a result, there is no need for the construction of costly rainwater treatment plants and the payment of environmental penalties. The technology is based on a universal method of exposure to electromagnetic fields for the purification of rainwater flowing into the rivers, elimination of toxicity, etc.

Water treatment (MEP) can be carried out by means of stationary systems under or over water, remotely or by direct contact.

  • Leads to the corresponding parameters of the drinking, rain and sewage, eliminates odors.
  • Eliminates the dependence of water decontamination on chemicals, UV light, ozone, etc.
  • Does not require reconstruction of existing and construction of additional facilities for water treatment.
  • Ensures complete disinfection of fecal, muddy sediments.
  • Power consumption up to 100 W / h per system.
  • The purification of the rivers and lakes can be carried out to reduce the content of pathogenic organisms (including cyanobacteria).

The main components of integrated water treatment

1.1. Water disinfection

Water disinfection is carried out by a non-contact method. The aim of the treatment is to suppress the pathogenic microflora contained in the water. If necessary, the stimulation of the life activities of the beneficial macrobiotic takes place. For these cases, the treatment is performed by electromagnetic fields. Due to the difficult environmental conditions, a large number of industrial emissions and other known phenomena, air, rain water and water contained in the soil have lost some of their original, natural properties which lead to the disturbance of the function of the organisms of plants and to which Development of pathogenic microflora.

When working with electromagnetic fields, the water contained in the air and in the ground is affected. Water gets a microcluster structure, its rado potential changes. The content of active oxygen in the water is increased. Such water with a negative OWP is easily absorbed by the plants, it is a natural antiseptic and stimulant of growth, as it promotes the activation of biochemical processes in microorganisms.

1.2. Water purification from oil present therein or substances with similar properties.

An effect on the petroleum substances is achieved with the aim of decomposition or binding in water. As a result, separation and failure takes place in the form of sediments of the impurities present in the water. Such precipitated oil compositions are fed by variable microorganisms, typically 5-7 times faster than standard conditions.

Characteristics of industrial design of the generator

• Simplicity of construction, function principle and maintenance.

• There are two types of design: For top and underwater applications. An embodiment against vandalism is possible.

• The range is four kilometers.

• Minimum power consumption up to 100 watts / hour.

• Environmentally friendly - no waste, as a result no negative impact on the environment.

• Technically safe - there are no rotating parts, devices and components under pressure and high temperatures.

• Easy to maintain - if necessary, a quick exchange can be made.

• Easy to use.

• Maintenance - Replace the battery once a year.

• Operating costs - depending on the location, but not more than 2 000 US dollars per month for a generator.

• The life span 10 years.

Economic indicators for the various rivers and lakes

Financing of capital expenditure specific program provided by the national or local regional budgets.

•  The cost of office and stationary laboratories for the examination of water with the reconstruction and the provision of pre-modern equipment of 1 million US dollars - in the first year of the program. These costs are for each area to be cleaned where the river flows.

•  Acquisition of 2 automotive laboratories - 500 thousand US dollars per one year. Acquisition hovercraft vessel - 500 thousand US dollars in the first year of the program. These costs are for each area.

Production of one generator in 2017 will be 100 thousand US dollars. Number of generators depends on the length of the water body flowing through the territory of the region (1 generator - 2 km channel).

•  Annual operating costs for the generator 1 a year – 20 thousand US dollars. The number of jobs for each area at least 5 people, but no more than 10 people.

Conclusions

Savings of national or regional budgets only in the design and construction of a new storm water treatment facilities amount to hundreds of millions of dollars.

The program will clean the rivers and lakes of biological contaminants and make them transparent, and the water alive.