Application method of dry-fog dust suppression nozzle anti-icing equipment

Abstract

The invention discloses an application method of dry-fog dust suppression nozzle anti-icing equipment and belongs to the technical field of fluid application. The equipment is characterized in that anti-freezing cleaning fluid formed by mutually melting silicone oil emulsion and water according to a ratio of 0.05-5% is filled into the whole liquid path system and then ejected out of the nozzle, water molecules and air that are free in the whole liquid path system are discharged and fused in the anti-freezing cleaning fluid, the whole liquid path system and a dry-fog dust suppression nozzle donot produce an icing phenomenon, and the water through hole is always kept in a smooth state. According to application of the equipment, the problem that the dry-fog dust suppression nozzle cannot normally work due to icing can be effectively solved. Therefore, the vicious incident caused by out of control of the liquid path due to icing of the nozzle is avoided, the whole process is convenientlyautomated, secondary pollution to the environment is avoided, and great convenient conditions are brought to maintenance of the dry-fog dust suppression system.

Description

Technical field [0001] The invention relates to an application method of an anti-icing device for a dry mist dust suppression nozzle, which belongs to the technical field of fluid application, and specifically is an antifreeze cleaning consisting of emulsifying silicone oil and water at a ratio of 0.05% to 5%. The liquid is filled into the entire liquid path system and sprayed from the nozzle. The water molecules and air that are free in the entire liquid path system are discharged or merged into the antifreeze cleaning liquid. The entire liquid path system and the dry mist dust removal nozzle will not cause condensation. Ice phenomenon, a device that keeps the water hole unobstructed. The application of this device effectively solves the problem that the dry mist dust suppression nozzle cannot work normally due to icing. Background technique [0002] Dry mist dust suppression nozzles use compressed gas power to produce 1-100μm ultrafine dry mist particle dust suppression fluid i...

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Problems solved by technology

[0003] The purpose of the application method of an anti-icing device for a dry fog dedusting nozzle of the present invention is to solve the existing and unsolvable problems in the above-mentioned prior art, thereby disclosing a simple, reliable, effective and rapid connection between the annular liquid path of the nozzle and the water hole. The water in the water is decomposed and not affected by the air condensed water. The water hole is in a good unobstructed state. The liquid valve is activated, and the gas valve can be realized. The normal gas mist dust suppression work is carried out. The technical feature of the device is the additional dry fog suppression The antifreeze cleaning liquid in the anti-icing device of the dust nozzle flows through the outdoor liquid circuit system and flows out from the nozzle, so that the antifreeze cleaning liquid makes the water molecules and air free in the entire liquid circuit system discharge or fuse into the antifreeze cleaning liquid, making it There is no possibility of icing in the cold season in the field, so that the industry bottleneck problem of nozzle icing when the spray system suspends spraying work is realized, thereby avoiding the occurrence of vicious incidents caused by the loss of control of the nozzle icing liquid path

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