Production of high pressure equipment for moistening, cooling and dust suppression
Favorable climatic conditions are a basic necessity (or even obligation) for the efficient operation of not only the equipment, but also of the personnel. With optimal combinations of microclimate parameters, a person experiences thermal comfort, what is so important for the high productivity and prevention of diseases.
Adiabatic cooling system distributes the moisture particles for rapid evaporation in the atmosphere and uniform humidification in a room, what makes air-cooling to be taken out throughout the whole space.
The cooling system VIRSTON automatically monitors the climatic characteristics and produces aerosol spraying, reaching the specified indications (temperature and humidity). The range of equipment allows spraying both above working areas and in hard-to-reach places (air ducts, machines, chillers, condensers, etc.).
Considering the cooling methods by the amount of energy consumed, it should be noted that the isothermal method does not add value in comparison with adiabatic cooling. For an output of 1 kg / hour, an isothermal system consumes about 700 watts, while an adiabatic system requires about 100 watts.
The cooling system VIRSTON reaches its greatest effect at minimal humidity and high temperature in the room (enhanced effect of rapid evaporation). This phenomenon is often found in manufacturing areas, pig farms, in poultry houses, etc. Depending on the temperature and humidity, air-cooling can be from 5 to 15 ° C.
The modular construction of the cooling system allows you to assemble it in any areas, of any shape and geometry. Modern type of connection slip-lock gives an opportunity for a quick and reliable installation. The pipe is produced in two versions — nylon and stainless steel.
Water treatment system (iron removal and water softening) extends the lifecycle of the pump installation and fogging nozzles, as after preparing the water, the nozzles are not clogged, what eliminates the need in doing nozzle prevention.