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We are one of the leading manufacturers of Dust Suppression System that are instrumental in removing dust particles from the atmosphere in a particular location. The system works with the help of atomizing nozzles in series that is fitted in a manifold manner to cover the area. These high capacity nozzles produce a hollow cone spray pattern.
Our system produces very fine mist droplets that float freely in the air and create fog. The fine spray pattern covers the particular area continuously so that the dust gets heavier and falls down. The drops are very small and the spray pattern is affected by air frictions and currents several feet from the nozzle, depending on pressure and nozzle capacity. Hence, the particular area remains without any particulate matter, and the solid waste collected on the floor can be removed by cleaning the area.
The SDI comprises a complete line of controls and accessories that are required for setting up a system with the assistance of atomizing series nozzles. In a pressure-fed system, the liquid is supplied under pressure to the nozzles. Pressure regulators are meant for controlling fluid delivery pressure. The filter and liquid strainer ensure that the supplied water is free of particulate. Operational control is main-trained by sensors and solenoid valves that are used in conjunction with the various hardware assemblies.
Method of operation
The tap water if filled into the high pressure pump converts the low pressure water into high pressure. It is unloaded by a un-loader or a safety regulating valve through high pressure resisting hoses or SS 304 seamless pipe lines. The nozzles act as an immediate resisting agent and deliver the high pressure water. This delivered water has an impact of pressure varying from 0 bar to 25 bar.
Further, these are designed to deliver the high pressure water in to a transparent spray that creates a misty formation or a foggy discharge to suppress dust and for humidification of the atmosphere. Dust present in the atmosphere comes in contact with moisture in the fog. Owing to the heaviness of water along with the gravitational force, the dust drops to the ground. The unused water is once again diverted to the pump through a by-pass hose for safety methods.
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