Case Studies

This photo shows one of our installations in a clubhouse for an exclusive, large golf and tennis facility recently built in Monmouth County.  We installed two wells for this building as a contingency should the pump installed in one of them fail, such as by a lightning hit, then the other would serve as an uninterrupted back-up.

Each of the wells is fitted with a variable speed submersible pump controlled by a solid state, computerized control box mounted on a wall in the mechanical room. The design characteristics of this installation require only a small well tank, which saves space otherwise needed by large, multiple tanks when a conventional submersible well pump is used. 

The left side of the photo shows a bank of water conditioning tanks and controllers we designed and installed in order to remove dissolved iron and hydrogen sulfide (rotten egg) odor that occurs naturally in the water.  These contaminants are aesthetically annoying, although not dangerous to health.  This water conditioning system uses air to precipitate out the iron and sulfur, thus eliminating the need for supplemental processes utilizing water conditioning salt, chlorine, activated carbon or other chemicals.

The photo at right shows the top of a well we drilled for irrigating grass in multi-purpose sports’ fields for a public recreation area.  The stainless steel cabinet provides a weatherproof, secure enclosure for the electrical service and well pump controller.  A meter required by NJDEP regulations has been installed next to the well so that water use can be recorded and submitted to the state.

These photos were taken in the mechanical room of a local hospital.  Even though the hospital is serviced by public water, wells had to be drilled to provide emergency backup in event of a temporary failure in the public water supply.  The solid state computerized controls are part of the well system that operate variable speed pumps installed in two wells we drilled.  The pumps fill the two large water storage tanks.  The well system also provides irrigation water for the grounds, which is preferable environmentally and more cost effective than using public water.