logo
rexresearch
.com


V. DUDYSHEV
Electrostatic Enhanced Combustion









Bibliography

Electric Combustion technologies – effective  means  to  solve  the  problems  of  power engeneering  and  ecology”  //”Ecology  and  Industry  of Russia” issue 3/1997
New    Electric    Combustion technology  for  Ecologically  Clear  Burning”  //”The  New Energy Technologies” issue 1/2003, Saint Petersburg.
New  Method  of  Ecologically  Pure Burning  of  Substances  as  a  radical  Way  to  resolve  the Global  Ecological  Problems”  –  Collected  Reports  of  the II International Congress, Russia, Samara, 1997.
New   Electric   Combustion technology to Intensify the Burning Processes” Report at International Scientific and Practical Conference “Ecology of Big Cities”, Moscow, 1997.
New Electrical Technology of Non Contact Fire Extinguishing and Fire Prevention” // “New Technologies, issue 9/2002, Samara.
New Technology  of  Fire Extinguishing and Prevention” // “Ecology and Industry of Russia”, December, 2003.
Electric Combustion Utilization of Oilslime” // “ Ecology and Industry in Russia”, May, 2002
New Effect of Cold Evaporation and Dissociation of Fluids Based on the Capillary Electroosmotic Effect” // New  Energy  technologies”, issue 1/2003, SaintPetersburg.
New  methods  of  Extraction  and Conversion of Latent Potential Energy of Electrical Field into Kinetic Energy and Electrical Energy” // “New
energy technologies” issue 4/2003.
Phenomenon of Unipolar Transfer of Mass and Charge in the Impulse Electrical Field and Its Practical Implementation in power Engineering and
technology” // “New Energy technologies”, July, 2004.
Direct transfer of Energy of magnetic Fields of Permanent Magnets into Various types of Energy” // New Energy technologies”, issue 3/2004.
Methods of Conversion of magnetic Energy of Permanent Magnets and Principles of Work of Magnetic Field Energy Converters”.//  New  Energy Technologies”, issue 4/2004.
New Electric Fire Technology; New Energy Technologies  – January 2003.
 


Patents
 
METHOD OF IGNITING AIR-FUEL MIXTURE AND ELECTROSTATIC IGNITION SYSTEM
RU2579337



SUBSTANCE: group of inventions relates to means of ignition of fuel-air mixture mainly in internal combustion engines - ICE. Achieved technical results: higher completeness of fuel combustion in heat engines, improving its specific characteristics and reduced emission of hazardous substances. Solution of above tasks is achieved in method of ignition of fuel-air mixture containing electric power supply on ignition plug from electric power source, wherein power source is represented by static electricity sources. Solution of above tasks is achieved in radio-frequency electrostatic ignition system containing radio frequency generator and ignition plug, having metal housing, installed inside insulator, inner electrode extending along plug axis inside insulator, and outer electrode installed concentrically inside, fact that it contains source of static electricity and electronic switch, external electrode is ring with inner cavity and is electrically connected with metal casing, and inner electrode is connected high-voltage wire via electronic switch with generator of radio frequencies, which connected to source of static electricity with low-voltage wires. EFFECT: higher combustion efficiency, reduced emission of hazardous substances and reduced energy costs for ignition.



METHOD OF INTENSIFICATION OF INTERNAL COMBUSTION ENGINE OPERATION
RU2126094



IELD: electrical equipment of internal combustion engines. SUBSTANCE: method consists in the fact that fuel and oxidizer are preliminarily treated in a strong electric field with E 1 kV/cm, air-fuel mixture fed to the combustion chamber is ignited, and influenced by strong electric field, whose intensity and frequency are adjusted, depending on the piston lift, combustion temperature, degree of toxicity of exhaust gases. EFFECT: intensified processes of fuel mixture combustion in internal combustion engine.



METHOD OF PETROLEUM GASES COMBUSTION AND DEVICE FOR ITS EMBODIMENT
RU2176050



SUBSTANCE: method includes mixing of petroleum gases with air and subsequent ignition in flare burner. Gas is burnt in electric field longitudinal relative to flare with electric field intensity of 0.5 kV/cm. To prevent breaking of electric field source through flare, interelectrode distance of field application is set to exceed flare sizes. Device for combustion of petroleum gases has supplying gas pipeline with gate, device for ignition of petroleum gases and flare burner. It is also provided with combustion chamber and regulated source of longitudinal electric field with intensity of at least 0.5 kV/cm and device for application of longitudinal electric field to flare at a distance exceeding the flare sizes to prevent breaking of electric field through flare. EFFECT: higher combustion ratio of petroleum gases. 19 c



METHOD OF IGNITING AIR-FUEL MIXTURE AND ELECTROSTATIC IGNITION SYSTEM
RU2579337



FIELD: engines and pumps.SUBSTANCE: group of inventions relates to means of ignition of fuel-air mixture mainly in internal combustion engines - ICE. Achieved technical results: higher completeness of fuel combustion in heat engines, improving its specific characteristics and reduced emission of hazardous substances. Solution of above tasks is achieved in method of ignition of fuel-air mixture containing electric power supply on ignition plug from electric power source, wherein power source is represented by static electricity sources. Solution of above tasks is achieved in radio-frequency electrostatic ignition system containing radio frequency generator and ignition plug, having metal housing, installed inside insulator, inner electrode extending along plug axis inside insulator, and outer electrode installed concentrically inside, fact that it contains source of static electricity and electronic switch, external electrode is ring with inner cavity and is electrically connected with metal casing, and inner electrode is connected high-voltage wire via electronic switch with generator of radio frequencies, which connected to source of static electricity with low-voltage wires.EFFECT: higher combustion efficiency, reduced emission of hazardous substances and reduced energy costs for ignition.



METHOD OF INTENSIFICATION OF INTERNAL COMBUSTION ENGINE OPERATION
RU2126094



FIELD: electrical equipment of internal combustion engines. SUBSTANCE: method consists in the fact that fuel and oxidizer are preliminarily treated in a strong electric field with E 1 kV/cm, air-fuel mixture fed to the combustion chamber is ignited, and influenced by strong electric field, whose intensity and frequency are adjusted, depending on the piston lift, combustion temperature, degree of toxicity of exhaust gases. EFFECT: intensified processes of fuel mixture combustion in internal combustion engine.



METHOD TO INTENSIFY BURNING OF FLAME TORCH IN FURNACE OF BOILER INSTALLATION
RU2079786



Abstract not available



METHOD OF CLEANING EXHAUST GASES OF INTERNAL COMBUSTION ENGINE
SU1404664



Abstract not available



METHOD FOR DISSOCIATING LIQUID
WO0207874



The invention relates to electrochemistry and can be used for producing a combustible gas from liquids. The inventive method consists in evaporating a liquid and processing the molecules of the evaporated liquid in a high electric field which has an intensity of not less than 1kW/cm. Evaporation is performed with the aid of a capillary material immersed in the liquid which is exposed to the action of the electric field having an intensity of not less than 1kW/cm. The evaporation efficiency and the degree of molecule dissociation is controlled by modifying the parameters of the electric fields (intensity, frequency, a power). The power action of the high electric field on the molecules of the liquid is used twice. Initially, the liquid is transformed into gas by means of the high electric dc field and afterwards, the energy of the electric field is used for dissociating the molecules of the evaporated liquid.



WASTE GAS CLEANING METHOD
RU2125168
FIELD: mechanical and transport engineering; cleaning of exhaust gases of vehicles powered by internal combustion heat engines, waste gases of industrial enterprises such as incinerator plants, heat power generating plants. SUBSTANCE: deep after-burning of noncombusted toxic components in exhaust gases is carried out half of flame for instance, in flame of combusted gas (propane) of gas burner(s) with simultaneous application of storage electric field with onto flame. Then wet cleaning of waste gases is carried out after electric flame treatment, for instance, by delivering alkaline aerosols to fix gas dioxides (SO<SB>2</SB>, NO<SB>2</SB>, CO<SB>2</SB> and others) to form acid fumes with simultaneous neutralization of acid fumes by water-alkali aerosol and utilize free remnants in detachable reservoir. EFFECT: enhanced cleaning of waste gases.



METHOD OF INCINERATION OF RUBBISH AND DEVICE FOR REALIZATION OF THIS METHOD
RU2117870
FIELD: smokeless incineration of wastes and rubbish. SUBSTANCE: method includes treatment of flame with strong longitudinal electric field at intensity of no less than 3 kV/cm. Due to increased intensity of flame in strong electric fields, incineration is intensified and ecological safety is increased by several times. Device for realization of proposed method is provided with central electrode which is adjustable in height and is insulated from housing of combustion chamber. Electrode has needle rim at the end. Device is additionally provided with adjustable high-voltage converter whose output is connected to central electrode; converter is also connected to waste pan, flame length sensors, exhaust gas composition sensor connected to input of high-voltage converter control system and to input of vertical electrode hoisting device control system through logic functioning unit. Proposed method provides for use of biogas obtained from organic portion of wastes and rubbish as fuel for incineration of inorganic portion of wastes; energy of compressed air and electric energy for forming electric longitudinal field are also obtained from thermal energy of biogas through converting it into compressed air in diesel-generator-compressor set and electric energy for supplying the high-voltage source of electric field. EFFECT: enhanced economical efficiency; simplified construction and ecological safety.



METHOD OF CONTROL AND INTENSIFICATION OF FLAME BURNING
RU2125682
FIELD: control and intensification of flame burning. SUBSTANCE: intensification of flame burning is obtained due to treatment of flame by strong longitudinal electric field (2 kV/cm and higher) and revolving strong transverse electric field, for example, by means of three-phase system of electrodes and three-phase high-voltage source. Method also includes measurement of flame height and other parameters, change in inter-electrode distance of application of longitudinal field to flame at simultaneous adjustment of field intensity. Method also provides for rotation of flame by transverse electric field, thus enhancing degree of mixing and crushing of fuel-air mixture and intensifying combustion additionally. Proposed new procedure of atomizing the fuel into combustion zone by longitudinal electric field to molecular level intensifies additionally burning procedure, thus reducing the consumption of fuel. The proposed method makes it possible to control geometry of flame, its temperature and heat conductivity; to effect focusing of flame through change in its geometry and in electrical parameters of above-mentioned fields, which is absolutely necessary for heat treatment of metals and alloys. EFFECT: enhanced controllability and intensification of combustion at improved ecological cleanness; increase of intensity of combustion by 40 to 50 percent; reduction of consumption of oxidizer by 30 to 40 percent; reduction of toxicity of waste gases by 30 to 80 percent (by separate components).



METHOD OF CONTROL AND INTENSIFICATION OF FLAME BURNING
RU95109318
FIELD: control and intensification of flame burning. SUBSTANCE: intensification of flame burning is obtained due to treatment of flame by strong longitudinal electric field (2 kV/cm and higher) and revolving strong transverse electric field, for example, by means of three-phase system of electrodes and three-phase high-voltage source. Method also includes measurement of flame height and other parameters, change in inter-electrode distance of application of longitudinal field to flame at simultaneous adjustment of field intensity. Method also provides for rotation of flame by transverse electric field, thus enhancing degree of mixing and crushing of fuel-air mixture and intensifying combustion additionally. Proposed new procedure of atomizing the fuel into combustion zone by longitudinal electric field to molecular level intensifies additionally burning procedure, thus reducing the consumption of fuel. The proposed method makes it possible to control geometry of flame, its temperature and heat conductivity; to effect focusing of flame through change in its geometry and in electrical parameters of above-mentioned fields, which is absolutely necessary for heat treatment of metals and alloys. EFFECT: enhanced control and intensification of combustion at improved ecological cleanness; increase of intensity of combustion by 40 to 50 percent; reduction of consumption of oxidizer by 30 to 40 percent; reduction of toxicity of waste gases by 30 to 80 percent (by separate components).



METHOD TO REDUCE TOXICITY OF EXHAUST GASES IN INTERNAL COMBUSTION ENGINE
RU2117179
FIELD: mechanical engineering; engines; processing and igniting working mixture delivered into engine cylinders. SUBSTANCE: proposed method of reduction of exhaust gas toxicity provides intensification of combustion of fuel-air mixture by introduction of heavy electric field into combustion chamber. Strength of electric field is set not lower than 1 kV/cm for entire period of engine operation, from starting to shutting down, and parameters of electric field (voltage, frequency, form) are regulated depending on speed and load and kind of fuel used by criterion of minimum toxicity of exhaust gases at preservation of engine performance characteristics. EFFECT: enhanced reliability of ignition of working mixture and completeness of combustion.



Dudyshev   V.D.   “Method   of   Eternal   Orbital Movement around the Planet” // Requested Patent of RF#2002101749.

Dudyshev  V.D.  “method  of  Controlling  Planet’s Climate by Means of Stabilization of its Magnetic Field” // Requested Patent of RF #2002101750

Dudyshev  V.D.  “Method  of  Electrical Combustion Treatment of Waste Gas” – Patent of RF #2125168.

Dudyshev V.D. “Methods to Intensify Combustion in the Furnace of a Boiler Plant” – Patenet of RF #2079766 with priority of 14.06.95 (Electric Combustion Method).

Dudyshev  V.D  “Method  to  Extinguish  the  Oil  Well Fire  and  Apparatus  to  Implement  this”  –  Patent  of  RF #2176050.

Dudyshev  V.D.  “Method  of  Fire  Extinguishing’ Author’s Certificate Of USSR # 1621234.




Your Support Maintains this Service --

BUY

The Rex Research Civilization Kit

... It's Your Best Bet & Investment in Sustainable Humanity on Earth ...
Ensure & Enhance Your Survival & Genome Transmission ...
Everything @ rexresearch.com ( plus Bonus Files ) on a Flash Drive !

ORDER PAGE


>