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APPLICATION OF MAGNETIC TECHNOLOGIES FOR ENERGY SAVING

Before you will familiarize yourself with opportunities of our magnetic systems for the solve tasks of energy saving, please, pay attention to the following table.

Example Increases in Energy Consumption as a Function of Scale Thickness

Scale Thickness (inches) Increased Energy Consumption (%)
1/32 8.5
1/16 12.4
1/8 25.0
1/4 40.0

The U.S. Department of Energy.
Non-Chemical Technologies for Scale and Hardness Control.
Technology for improving energy efficiency through the removal or prevention of scale.

The company Magnetic Technologies design and produce magnetic systems, which solve wider circle of tasks for saving energy and resources, than only removal or prevention of scale.

In a basis of work of magnetic devices the phenomenon magnetic hydrodynamical resonance (MHDR) is used. Influence of a special magnetic field on a liquid (water, water solution, liquid hydrocarbon fuel) results in changing it's physical and chemical characteristics: viscosity, density, heat capacity, heat of evaporation, superficial tension, absorption and diluting ability, conduction. Depending on the soluble task can be achieved increase or decrease the value of these characteristics. The brief information about the magnetic hydrodynamical resonance system (MHDRS) you can find here.

The application of magnetic systems in various units of the power industry such as boilers, heat power plants, electric power stations et alia shall be considered as a host of measures geared to direct savings of power resources, miscellaneous operational costs, better ecological ambience as well as prevention of complicated engineering and operational problems.

These measures comprise the following components:
1. Prevention of incrustations and removal of existing build-up at all the units of the power plants.
2. Changes in the heat capacity and reduction of water steam heat. Notwithstanding its prospects and economical vistas, this is, unfortunately, a popular subject for quite few experts in magnetology. As a matter of fact, we have successfully been implementing this technology by way of MHDRS.
3. Changes in fuel properties with the subsequent alteration of the chemical process of burning, which give rise to changes in burning products and will, therefore, bring ecological problems over to a dramatic decrease.

The scientists and experts of Magnetic Technologies have upgraded the treatment of water and liquid fuel to a new qualitative technical world level. They have also come up with advanced magnetic and hydrodynamic systems to implement the above process. The scientific faculty of Magnetic Technologies has engineered solutions that make it possible to purposely introduce changes to major properties of liquids.

Some application of MHDRS in technological processes

Fuel oil treatment

Fuel modifier for engine of internal combustion

Practical applications of MHDRS