Products

Learn more about WILSA® products

WILSA® technologies utilize innovative designs requiring very low electrical power input to generate high strength electromagnetic fields.

Screen Shot 2016-06-15 at 1.06.11 PM

Less than 1,500 Watts are typically required to generate electromagnetic fields greater than 1 Tesla having well-defined gradients within 2”, 4” or 6” fluid flow lines.

Scalable ElectroWave® technologies are indifferent to fluctuating flow rates, pressures, operating temperatures and other conditions influencing flowing fluids. WILSA® technologies can typically be implemented in most systems and processes without major engineering modifications. Depending on the application, WILSA® power supplies can be programmed to generate less than 100 Gauss (.01 Tesla) or more than 17,000 Gauss (1.7 Tesla); with the field strength typically ranging between 0.5 – 1.25 Tesla.

As a result of improved designs, ElectroWave® Conditioners requiring relatively low electrical power inputs provide similar fluid conditioning effects for larger diameter (10”-16”) flow lines in high volume, high flow rate applications.

QSN8xUr

WILSA® Products:

ElectroWave® Conditioner (EWC)

  • Induces Concentrated Electromagnetic Fields in Flowing Fluids
  • Alters Surface Tension / Viscosity / Contact Angle of Polar Fluids
  • Reduces Cohesion Energy and Alter Adhesive Forces of Polar Fluids

ElectroStatic Technology (EST)

  • Improves Water Clarification
  • Neutralizes Charges on Surfaces of Suspended Solids
  • Disrupts Cellular Functions of Biological Contaminants

WILSA® Products in Development:

ElectroStatic Technology (EST)

  • Lowers Zeta Potential of Suspended Solids to Break and Floc Out of Water
  • Precipitate Minerals & Compounds
  • Disrupts Cellular Functions of Biological Contaminants

WILSA’s Advantage:

N

Simple installation and operation

N

Full-bore flow pipes in standard units

N

Standard piping and fittings

N

No moving parts

N

Common field electrical connections

N

Only 2.5 kW power needed

WILSA® products can be integrated into an existing process system, or operated independently, to enhance performance and reduce operating costs.