| Scalable
WILSA technologies: |
|
* Have no
moving parts / minimal maintenance
*
Readily interface within existing
fluid treatment systems
*
Require low voltage/amperage to
generate fluid conditioning energy
*
Provide a positive environment impact
through improved use of water resources
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WILSA
Electromagnetic Technology
generates concentrated magnetic energy that provides a non-chemical
reduction in the surface tension of water.
This makes water “wetter” and allows chemicals to more readily
disperse throughout a water column.
As a result, smaller amounts of algaecides, biocides and
scale-retardants are typically required for effective water treatment.
Water continuously circulated through closed-loop systems
(swimming pools, thermal exchange systems, etc.) benefits from
WILSA
conditioning, as well as fluids directed
through an in-line system providing only a single pass through a
treatment process. |
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WILSA
Pulsed Fluid Conditioning Technology
utilizes pulsed electromagnetic waves to retard the formation and
accumulation of scale and other deposits within conduits utilized in the
transportation, delivery and processing of fluids.
This technology may also be used to accelerate settling of
suspended solids, enhance water clarification and improve oil/water
separation.
WILSA‘s pulsed technology may be utilized in stand-alone
applications or in concert with
WILSA
electromagnetic technology. |
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WILSA
Electrostatic Technology
uses energized electrodes to neutralize the surface charges of suspended
and dissolved solids in fluids to enhance their extraction from fluid
columns. This non-chemical
technology may also be utilized to control biological contaminants in
fluids.
WILSA‘s
electromagnetic and pulsed technologies may be utilized in conjunction
with electrostatic processing to improve fluid conditioning. |
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| Most
WILSA devices utilize full bore conduits that do
not restrict fluid flow, have small footprints and require low
electrical input to generate high concentrations of fluid conditioning
energy.
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WILSA
apparatus can be
configured to the specifications of end-users with components meeting a
broad range of piping diameters, operational pressures and fluid
compositions (water/oil/corrosive/caustic/other). |