TANK AND VESSEL WASHING SPRAY NOZZLES
A Position the tank cleaning nozzle(s) at the center of the tank, roughly one-quarter of the distance from top to bottom.
B Nozzles invariably leave an unsprayed shadow area directly overhead, the size of which varies according to the type of nozzle and the piping.
C The distance between the top of the tank and the nozzle should amount to approximately one quarter of the nozzle’s cleaning radius. Size your unit to ensure sufficient flow to the top part of the tank wall.
D The film of liquid grows thicker toward the bottom of the tank, where the washing effect is the most pronounced.
E Standing water reduces impact and allows solids to accumulate. Make sure that the drain can handle whatever you put into the tank.
F The longest spray distance is from the nozzle to the bottom corner, so the nozzle should be sized for this “effective washing distance”.
Tank and Vessel Washing Nozzles represent another highly specialized group of products. Automated tank cleaning increases productivity, ensures safety compliance and can improve product quality. These nozzles are available in 316 SS, Teflon, PVDF and alloys such as Hastelloy C 276. These nozzles also are available with many different spray pattern choices and inlet configurations.
Our tank washing nozzles come in all sizes - small ones for cleaning-out pipes and kegs and large ones for really tough applications and containers approaching 100 feet in diameter. They are available with "sanitary" pin connections for male/female tubes and pipes, Tri-Clamp connections and standard NPT connections
One of the first things you need to do to begin the selection process is to determine the radial throw and the type of washing required. In our latest Spray Nozzle Engineering Manual you'll find a chart that will get you pointed in the right direction.
Once you determine the member of our tank washing family that will meet your requirements, you can then specify the flow rate, spray coverage, inlet connection and material of construction.