Composition board type high-frequency large-scale ozone generator

Abstract

The large combined plate high-frequency ozone generator consists of earth electrodes, dielectric ceramic chip, heat conducting spacer, high voltage electrode, end sealing part, space locating part, ozone pipe, batten, water pipeline and gas pipeline. Between each two earth electrodes, one discharging unit of the generator is formed, and several discharging units are assembled to constitute electrode unit combination. Each of the units has gas and water inlet pipes and outlet pipes connected to the general pipes via unions and hoses. The present invention is combined ozone generating apparatus with features of simple operation, small size, light weight, low power consumption and great ozone producing capacity. The present invention may be used in deep water treatment, chemical industry, aquatic cultivation and other fields.

Description

Technical field [0001] The invention belongs to an ozone high-efficiency production device, which is a combined plate type high-frequency large-scale ozone generator. Background technique [0002] Before the present invention was made, the existing gap discharge type large-scale ozone generator was developed from a power frequency machine to an intermediate frequency machine, and its material application and technological level were also continuously improved. At present, the most typical in the world is the intermediate frequency machine with tubular structure. The dielectric body between the electrodes is mostly replaced by enamel, and the performance of the intermediate frequency machine has also been greatly improved. Under higher ozone concentration (≥80mg / L) , with higher efficiency (9-10kwh / kgO 3 ) and large gas production (up to tens of kgO 3 / h). For example, the large-scale ozone equipment produced by Swiss OZONIA Company, German WEDECO Company and Japanese Fuji...

AI Technical Summary

Problems solved by technology

The advantage of this kind of product is that the process is relatively simple and the utilization rate of conventional technology is high, but the disadvantage is that the enamel (or glass) dielectric body used has a large energy loss, the temperature of the non-water-cooled electrode rises, and the gas path in the discharge gap is long, resulting in In the process of ozone generation, the amount of decomposition is large, which affects the efficiency and the increase of ozone concentration, and has the disadvantages of large volume and weight of equipment, high cost of consumables, transportation, installation and maintenance, etc.

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