Potential Applications:

Possible areas of applications and potential specific uses for The " innoflow³ " Technology include the following:

Pumps: medium-, high-pressure, and pre-vacuum pumps for use in power machinery, refrigerators, elevators, lifts, cranes, road-building machinery, automobiles, aircraft, and other applications, including those for domestic water and heating systems, and scientific research.
Turbine: for any application using fluids and gaseous media
Compressors: medium- and high-pressure compressors for a wide range of industrial and consumer applications, for oil-free compressed air, and water-based hydraulics.
Vacuum pump:, Wave- Water power plant:, Wind power plant
“Cold” motors: hydraulic and pneumatic motors for use in automobiles, air-, space- and marine craft, and in a number of other applications in industrial and consumer products.
Power tools: a new class of power tools for drilling, cutting and surface treatment of materials in various
Internal and external combustion engines, including Diesel, for all types of wheeled or tracked motor vehicles (from motorbikes to automobiles and trucks, to Mars explorers), marine craft of all sizes (from pleasure boats to supertankers), helicopters and propeller-driven aircraft (including super-light platforms).
Electric power generators for agriculture and industry, including oil and gas production, air & space industry, large stationary and vehicular power generators, compact emergency generators, etc.
Compact sources of electrical power for portable computers and other electronic devices, etc.
Propulsion method, power transmission
Braking system according to this principle
, independent of performance (HP) and RPM
Water Jet Propulsion System. for boats and jet skis

The above list of potential areas of use and specific products utilizing The " innoflow³ " Technology is infinitely longer. They will be explored in more details in later phases of the " innoflow³ " Project.

Our goal is create a fluid energy machine that can be manufactured cost-effectively and is based on a simple construction. Further more, the " innoflow³ " Technology is intended to have an extremely high efficiency factor and works free of maintenance and wears less.

Characteristics of the invention in the range of applications:

A conventional pump is usually suitable for only one or a few specific applications.
This is circumvented by the " innoflow³ " Technology , creating a new type of fluid energy machine, capable of, for example, both forward and backward flows, to achieve high flow rates and to generate high pressures. The " innoflow³ " Technology
also reaches the best values on drainage from great heights. In addition, the " innoflow³ "Technology is extremely energy efficient, while it only requires low speed inputs as compared to conventional pumps, and turbines. Thus, the range of applications as a fluid energy machine are widely dispersed.
A conventional turbine requires a higher energy expenditure, (flow rate, in liquid or gaseous media, as compared to the
" innoflow³ " Technology, the invention is independent of power and speed.