45results about How to "Increased ozone production" patented technology

An apparatus improves the efficiency and emissions of a combustion process by producing sufficient amounts of ozone in the air flow to the combustion chamber to enable more complete and cleaner combustion of the fuel. A plurality of ozone elements for producing ozone are disposed within a housing that is placed in the air intake to a combustion chamber such as a diesel engine. The ozone elements are bonded together in a cross-shaped pattern inside the housing. The apparatus includes one or more vortex scrubbers or vanes in the housing to cause the air flow to have a vortex action to increase the amount of ozone that flows into the combustion chamber. The vortex scrubbers comprise multiple double fins that are attached inside the housing. The vortex scrubbers include holes and/or serrated edges to increase the disturbance of the air flow over the ozone elements to increase ozone production. The mass of the ozone elements have a preferred ratio.

An electrolysis cell for generating oxidizing agents, in particular ozone, for treating a liquid comprises a first electrode and a second electrode. The first and the second electrodes are spaced apart from one another by a distance (A). A particulate solid electrolyte is arranged between the first and the second electrodes and can have the liquid flowing through it. The solid electrolyte is arranged in a free space bounded by the first and the second electrodes.

Corrosion Resistant Ozone Generators, including ozone generating chips, for various purposes including spas, pools and jetted tubs as well as methods for making and using such Corrosion Resistant Ozone Generators.

An apparatus improves the efficiency and emissions of a combustion process by producing sufficient amounts of ozone in the air flow to the combustion chamber to enable more complete and cleaner combustion of the fuel. A plurality of ozone elements for producing ozone are disposed within a housing that is placed in the air intake to a combustion chamber such as a diesel engine. The ozone elements are bonded together in a cross-shaped pattern inside the housing. The apparatus includes one or more vortex scrubbers or vanes in the housing to cause the air flow to have a vortex action to increase the amount of ozone that flows into the combustion chamber. The vortex scrubbers comprise multiple double fins that are attached inside the housing. The vortex scrubbers include holes and/or serrated edges to increase the disturbance of the air flow over the ozone elements to increase ozone production. The mass of the ozone elements have a preferred ratio.

The invention relates to a multi-gap discharge unit for an ozone generator, which is provided with at least two discharging gaps. The discharge unit comprises a group of at least one ground electrode, an insulating barrier and a high voltage electrode which are sleeved layer by layer, the high voltage electrode and the ground electrode are separated by the insulating barrier, the gaps are arranged between the ground electrode and the insulating barrier and between the high voltage electrode and the insulating barrier and are continuously smooth and mutually parallel, the mean widths of the gaps between the ground electrode and the insulating barrier and between the high voltage electrode and the insulating barrier are 0.05mm-5mm, and the ratio of the mean width of the gap between the ground electrode and the insulating barrier to the mean width of the gap between the high voltage electrode and the insulating barrier is 1-100.

The invention provides a processing method of an ozonizer discharge body, which comprises the selection of discharge body blank materials, the selection of discharge body glaze materials, the processing of discharge body inner pipe glaze materials and the processing of discharge body blank body. The processing method is characterized in that the discharge body glaze materials are selected from enamel steel, ferritic stainless steel pipes, low carbon, micro carbon and ferritic stainless steel. For the processing of discharge body inner pipe glaze materials, the selected blank body is processed into a blank body steel pipe, both ends of which are ellipses by a spinning molding processing technic. The discharge body blank body needs to spray three mediums of a ground glaze, a middle glaze and a surface glaze into a finished product discharge body. The material selection and the processing technic of the discharge body blank body and the spray glazes are reasonable; the efficiency of processed discharge body is high; the output, the product qualification ratio and the quality reliability are increased.

The invention discloses a novel modular plate-type plasma ozone generator. The generator is composed of a high-voltage electrode box assembly, 24 sets of discharge unit assemblies, an oxygen pipeline assembly, an ozone pipeline assembly, a cooling water inlet pipe assembly, a cooling water return pipe assembly, a generator front support assembly, a generator back support assembly, and the like. According to the invention, generator performance indicators such as small volume, high ozone yield, high plasma amount, low concentration attenuation, low electricity consumption, easy maintenance, modularization and the like are realized. Overall, the generator has an explosion protection design and a flame retardant function. An on-site maintenance-free design technology is adopted, and the working state of the generator can be displayed in real time. Therefore, the generator is safer, stabler, more reliable and more practical.

The invention relates to an ozone generator of a bionic cellular type discharge unit nesting structure. The ozone generator comprises a horizontal barrel body, wherein end covers are connected at the two ends of the barrel body, respectively; two fixed disks are vertically arranged in the barrel body; a discharge chamber is formed between the two fixed disks; an oxygen gas chamber and an ozone chamber are formed between the two fixed disks and the end covers at the corresponding ends, respectively; at least one cellular type discharge module with a plurality of cellular type discharge units is arranged in the discharge chamber; the two end parts of the cellular type discharge unit are nested on two fixed plates, respectively; the two end parts of the cellar type discharge module are nested on the two fixed disks by the two fixed plates, respectively; each cellular type discharge unit comprises inner electrodes, an insulation tube and outer electrodes which are nested from the inside to the outside; and the inner electrodes and the outer electrodes in each cellular type discharge module are electrically connected, respectively. The ozone generator of the bionic cellular type discharge unit nesting structure comprises a plurality of electrodes, is small in size, large in unit set yield, easy to produce, install and maintain, adjustable in ozone yield and unnecessary to stop during a maintenance process.

The invention relates to an ozone generator of an opening discharge zone, and a separate cooling chamber thereof. The ozone generator comprises a discharge zone, an oxygen chamber and an ozone chamber, wherein the discharge zone is opening, is not provided with an outer wall and a cooling chamber, is arranged inside a separate cooling chamber, and adopts a water cooling or air cooling manner, the discharge zone contains at least a discharge unit and two fixation discs for fixing the discharge unit, the oxygen chamber and the ozone chamber are arranged on the outer sides of both discharge unit fixation discs, the discharge unit can adopt a modular structure, each discharge module contains a plurality of discharge units and two discharge unit fixation plates respectively arranged on both ends of the discharge unit, the fixation plates are arranged on both discharge module fixation discs, and internal electrodes and external electrodes in every discharge module form electrical connections. The ozone generator adopting the structure contains a plurality of electrodes so as to provide characteristics of simple structure, fast heat dissipation, small size, high output in the single generator, online maintenance, and easy production, installation and maintenance.

The invention discloses a separate-excitation high frequency and high voltage oscillation circuit and a control method. The discharge effect of an ozone ceramic chip is improved by adopting a high frequency oscillation mode, the discharge area is more uniform, the ozone generation quantity is increased more obviously, the efficiency of a boosting transformer is improved, the reactive power of the boosting transformer is effectively reduced, the power consumption of a high voltage module is reduced, and the reliability of the high voltage module is improved; and by means of a separate-excitation control mode, the problem that when the use environment of the ozone ceramic chip changes or when the production of a differential capacitance value changes, the high voltage module cannot be solved is effectively avoided, and the product applicability is improved.

The invention provides a low-temperature plasmatron with double spiral electrodes. The plasmatron comprises a wide-pitch external spiral wire electrode, a spacing-free internal spiral wire electrode and a tubular insulator, the wide-pitch external spiral wire electrode is wound around the tubular insulator, and the spacing-free internal spiral wire electrode is positioned in the tubular insulator.The electrodes are avoided from oxidation and aging, a gap is not generated in the inner wall of the tubular insulator, a conducting performance is stable, the output is improved greatly, a production and manufacture process is less difficult, the intensity of the tubular insulator is improved, and the reject ratio in the production and processing process and fragmentation and damage during transport and use are reduced.

The invention relates to an ozone generating tube which comprises an inner layer spacer sleeve and an inner liner tube which are sleeved coaxially, wherein the inner liner tube is arranged in the hollow inner layer spacer sleeve, an air gap for forming corona is formed between the inner layer spacer sleeve and the inner liner tube, a dielectric insulating layer is attached on the outer surface of the inner liner tube, a front cover combining piece and a rear cover combining piece are arranged at two ends of the inner layer spacer sleeve, a cooling water inlet and a cooling water outlet are respectively arranged at two ends of the outer wall of the inner layer spacer sleeve, an air inlet and an air outlet are respectively arranged on the front cover combining piece and the rear cover combining piece and both communicated with the air gap, the rear cover combining piece is connected with a grounding end, and the front cover combining piece is connected with a high-voltage input end; an inner electrode of the high-voltage input end is connected with the inner liner tube, an outer electrode of the high-voltage input end is connected with the inner layer spacer sleeve, a front airflow distribution piece and a rear airflow distribution piece are respectively arranged on gas paths at two ends of the inner liner tube and respectively comprise a core part and a working part for enabling airflow to enter the air gap, wherein the core part is connected with the inner liner tube, and the working part is provided with convex teeth which are evenly and circumferentially distributed and circumferentially and equally divide the air gap.

The invention discloses a novel discharge module based on surface catalytic film enhanced ozone synthesis. The novel discharge module comprises a discharge unit package board, a venting element I sleeving an air inlet end of the discharge unit package board and a venting element II sleeving a gas outlet end of the discharge unit package board. The discharge unit package board comprises a sealing plate I and a sealing plate II. The lower surface of the sealing plate I is provided with a groove I. The upper surface of the sealing plate II is provided with a groove II corresponding to the grooveI. The groove I is opposite to the groove II. The sealing plate I and the sealing plate II are bonded through tops of groove walls of the groove I and the groove II. A discharge unit is arranged in aspace formed from the groove I and the groove II. A semiconductor film is electroplated on the lower surface of a dielectric plate 1 with a sheet metal electrode and/or the surface of a grid-shaped metal electrode, and in oxygen-containing gas as a gas source, the ozone synthesis is further promoted through a series of heterogeneous reactions in contact with plasma because of a large specific surface area.

An ozone generating apparatus includes a cylindrical high-voltage electrode and a coaxially arranged cylindrical low-voltage electrode. A predetermined high voltage is applied between the high-voltage and low-voltage electrodes via a dielectric substance to cause discharge generating ozone, the discharge gap length being 0.3 to 0.5 mm. One of the low-voltage and high-voltage electrodes is a metal electrode and the other a dielectric electrode. A projection group including plural done shape projections, arranged on same circumference of the metal electrode, is arranged on an inner peripheral surface of the metal electrode to hold the metal electrode coaxial with the dielectric electrode while keeping the discharge gap length. The projection group is arranged at a center portion in a longitudinal direction of the discharging space positioned away from both ends of the discharging space by a predetermined distance L₃ satisfying, 0.0≦L₃/L≦0.1, L being length of the discharging space.