NOZZLE

NOZZLES FOR ODOUR CONTROL MANUFACTURER IN INDIA

Unpleasant odors are commonly produced in various chemical, food processing, and industrial applications due to airborne particles or gases. To effectively eliminate these odor-causing particles, a fine spray can be introduced that either absorbs or reacts with the particles to neutralize the odor. Several odor-battling chemicals can be used for spraying, but the ideal spray characteristics remain the same: to deliver the maximum surface area per volume of fluid sprayed, achieved by finely atomizing the spray.

Applications of Water Spraying Systems

Odor control requires highly atomized sprays with large surface areas to absorb odor-causing particles and gases.
The overall spray volume is usually low.

Direct Pressure Nozzles

Synergy offers low-flow rate direct pressure nozzles that produce fine sprays.
Limitation: They rely on the kinetic energy of liquid (pressure & flow rate) to form droplets.
At very low flow rates, they cannot achieve fine atomization.
At higher flow rates, sprays may exceed the air’s suspension capacity, making them unsuitable.

Air Atomizing Nozzles

Provide ultra-low flow rates while maintaining very fine droplets.
Reduce the number of nozzles and piping needed for coverage.
Ideal alternative where direct pressure nozzles are not effective.

SPRAY INCLUSION IN SMELL CONTROL APPLICATIONS

When it comes to scent control applications, it is often necessary to cover large areas, which requires nozzles with a reasonable reach. The perfect scent control spray should consist of extremely fine drops, but direct pressure nozzles struggle to achieve this without sacrificing impact and range. This is because most of the liquid's energy is used to break it up into small drops, leaving little energy to propel the spray from the nozzle.

AIR ATOMIZING NOZZLES FOR SMELL CONTROL

Air atomizing nozzles use compressed air to atomize the liquid, which means that more energy is available to project the spray. This results in finely atomized sprays that can cover large areas even at low flow rates. As a result, fewer nozzles and less line work are required for effective odor control.