Well Wash System (Patented)
Each system is designed for its specific application. Nozzle rail lengths and nozzle spacing will be calculated for each specific application. The system can be applied to both rectangular and cylindrical wells. All equipment to comply with local regulations. Optional dynamic nozzle rail systems are also available to move horizontally or tilt up and down.
View the Well Wash in motion:
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These are nozzle headers. Lengths and number of nozzles are determined during design stage once manufactured to spec. They are sold in kit form. |
Pump and panel and frame. Standard unit 10 horsepower, voltage as per application. |
Common valve trane. Sold in kit form, pre-assembled with required number of solenoids. The isolation valve to the right is for supply to a quick disconnect for wand attachment. |
The system is sold in kit form with maximum nozzle header lengths of nine feet each. Each section is center fed via high pressure hoses. Header sections are stainless steel with 1/4″ NPT couplings to which the nozzles are installed. Each section is controlled via a high pressure solenoid. The valve and solenoid trane is package mounted on a painted steel frame complete with pump. On stand alone systems, a control panel houses the disconnect switch, fusing, relays, terminal strip, control transformer, starter, selector switch, pilot light and programmable logic controller. Most systems are supplied with a high pressure hose quick disconnect and a wand with optional length hose for cleaning pumps, rails, etc. The pump has a flow rate of 11 gpm and operates at an adjustable pressure of 1000 psi to 1500 psi. The PLC has adjustable operating times and run duration. We have found that on most applications each header section operating at two-minute duration every four hours is adequate to keep walls clean. There are optional header rotation motors and mounts to maintain longer sections of walls. To cover wells with high-capacity reserve, there is an optional cable system to lower and raise the header assemblies. This last option requires the output of the level sensor to be directed to the PLC to keep the wash system header above the level in the well.
Drawings are required to design a system that fits your requirements.
Contact This email address is being protected from spambots. You need JavaScript enabled to view it. for more information on this system.