Rotated flow system (Flow3)®

Flow3® or FlowM® (rotated flow) is an innovative flow management system (direct or remote®) that enables highly efficient management of critical resources such as water (transport, treatment, and desalination), energy, and the environment, among others. It also represents the driving force behind important projects such as the desalination paths (DePa)® , the sustainability Sorbits® and others

Through its innovative technologies, such as pumping systems, including the modern MWS water screw, the technology creates a highly efficient rotated flow (often clockwise) with high torque and velocity. Along the flow path, two opposing forces, i and o, are generated (an outward centrifugal force o and an inward centrifugal force i). The flow movement is controlled by two types of side ports, i and o, as follows:

A simple example of its operation is the ability to obtain purified water from the inward force i (as in desalination paths DePa) and electrical energy from the outward force o. Thus, resource management continues along the flow path.

Real flow Qr and barrier of 10:

One of the important things that we should point out regarding the effectiveness of the flow3 system is its ability to break the 10 barrier to achieve what we call the real or required flow Qr according to the following simple formula:

Qr = D * 10

Qr: real flow in m3/s

D: Diameter in m

For example: If we have a flow system with a diameter of 3.5 meters, in order to achieve a real flow, it must be able to achieve a flow of more than 35 cubic meters/second.