The high-concentrated ozone water spray system
Technical field
The utility model relates to a kind of Ozone Water spray equipment, relates in particular to a kind of high-concentrated ozone water spray system.
Background technology
In fresh fruit processing industry production, need first fresh fruit to be carried out to sterilizing, general sterilizing article is all to adopt cleaning agent or bactericide, bactericide can play killing action for common germ, but for some more obstinate pathogenic microorganisms, as bacterial propagule, bacterial spore and fungi etc., just be difficult to thoroughly kill and remove, and common bactericide easily causes environmental pollution and Fungicide residue on the fruit surface, to affect people's health.
It is a kind of high effect disinfectants that ozone belongs to broad-spectrum sterilization, has powerful bactericidal action, and virus is also had to good deactivation.Ozone generating-device in existing ozone disinfecting system only directly produces ozone to action of gas source by common ozone generator, the ozone produced like this is not only of poor quality but also concentration is lower, and system is used common gas-liquid mixed system fully and efficiently to gas-liquid, to mix, therefore, the ozone mixed liquor of low concentration can not carry out thoroughly effectively virus killing to product.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind ofly can efficiently thoroughly clean the high-concentrated ozone water spray system of virus killing.
For solving the problems of the technologies described above, the technical solution adopted in the present invention is: a kind of high-concentrated ozone water spray system, comprise water inlet, spray equipment and ozone generator, described water inlet is connected by pipeline with spray equipment, between described water inlet and spray equipment, be provided with air and liquid mixer, its special feature is: on described ozone generator, be connected with cold dry gas source apparatus, between described air and liquid mixer and ozone generator, be provided with gas-liquid mixing pump, gas-liquid mixing pump is communicated with ozone generator and water inlet, gas and current enter air and liquid mixer after gas-liquid mixing pump, on air and liquid mixer, be provided with and the circulating water pipe that with water inlet be communicated with of gas-liquid mixed parallel connection of pumps for the water iterative cycles by air and liquid mixer.
Between described gas-liquid mixing pump and ozone generator, be provided with the antireflux device, between described air and liquid mixer and spray equipment, be provided with shower water flow meter, the tail gas of the tail gas outlet setting of described air and liquid mixer is killed device.
Between described water inlet and gas-liquid mixing pump, be provided with magnetic valve, on described circulating water pipe, be provided with the circulating water flow meter, described water inlet is provided with contaminant filter.
Compared with prior art, the beneficial effects of the utility model are:
1. because the ozone generator in ozone generation system of the present utility model is connected with cold dry gas source apparatus, can carry out cold dry-cure to unstrpped gas, guarantee that the unstrpped gas that enters ozone generator is dry and is more suitable for the cold dry gas that ozone generator produces high-concentrated ozone;
2. because gas-liquid mixed system of the present utility model adopts gas-liquid mixing pump and air and liquid mixer acting in conjunction, the high-concentrated ozone that ozone generator produces fully can be mixed with water, and the tail gas outlet of air and liquid mixer also is equipped with tail gas and kills device, guarantee high efficiency and low pollution work;
3. the utility model is simple in structure, can be to Realization of Product high concentration high efficiency and sterilization effect thoroughly.
The accompanying drawing explanation
Below in conjunction with drawings and embodiments, describe the utility model in detail:
Fig. 1 is structural representation of the present utility model.
In figure: 1. water inlet, 2. spray equipment, 3. ozone generator, 4. air and liquid mixer, 5. gas-liquid mixing pump, 6. circulating water pipe, 7. cold dry gas source apparatus, 8. antireflux device, 9. magnetic valve, 10. circulating water flow meter, 11. contaminant filter, 12. cold dry gas source apparatus, 13. circulating water pipes, 14 shower water flow meters, 15. tail gas are killed device.
The specific embodiment
As shown in Figure 1, a kind of high-concentrated ozone water spray system, comprise water inlet 1, spray equipment 2 and ozone generator 3, water inlet 1 is connected by pipeline with spray equipment 2, between water inlet 1 and spray equipment 2, be provided with air and liquid mixer 4, between air and liquid mixer 4 and ozone generator 3, be provided with gas-liquid mixing pump 5, gas-liquid mixing pump 5 is communicated with ozone generator 3 and water inlet 1, gas and current enter air and liquid mixer 4 after gas-liquid mixing pump 5, on air and liquid mixer 4, be provided with and the circulating water pipe 13 that with water inlet 1 be communicated with of gas-liquid mixing pump 5 parallel connections for the water iterative cycles by air and liquid mixer 4, on described ozone generator 3, be connected with cold dry gas source apparatus 12, between gas-liquid mixing pump 5 and ozone generator 3, be provided with antireflux device 8, on circulating water pipe 13, be provided with circulating water flow meter 10 and monitor the flow that flows into water in air and liquid mixer 4, between air and liquid mixer 4 and spray equipment 2, be provided with shower water flow meter 14 and monitor the flow that flows into water in spray equipment 2, the tail gas of the tail gas outlet setting of air and liquid mixer 4 is killed device 15, prevents the pollution of tail gas to environment.
Operation principle of the present utility model is: open into the water main valve, water flows into through piping and enters spray equipment 2, gas-liquid mixing pump 5 and the circulating water pipe 13 inflow air and liquid mixers 4 in parallel with gas-liquid mixing pump 5 from water inlet 1, ozone and water that ozone generator 3 produces flow into gas-liquid mixing pump 5, gas-liquid mixing pump 5 is sent water and ozone into air and liquid mixer 4 ozone fully is dissolved in the water, and air and liquid mixer 4 is sent into the mixed liquor of ozone and water spray equipment 2 ejections again.
The foregoing is only preferred embodiments of the present utility model; protection domain of the present utility model is not limited with above-mentioned embodiment; as long as the equivalence that those of ordinary skills do according to the utility model institute disclosure is modified or changed, all should include in the protection domain of putting down in writing in claims.