Lifting Skimmer

The project is based on Bernoulli’s Principal comprising of a high velocity incompressible fluidity flow to a semi-static state on or about the same streamline. The projects question entails: that whether using a venturi apparatus or other similar device with or without an electrical power supply the initial streamline flow point must maintain a high velocity [low pressure] thereafter intermix or communicated to a semi-static state [high pressure/little forward motion] boundary. The primary high velocity flow is continuous in a circular return loop to which a portion of its fluid is imparted into the static’s chamber entry point and just before the initial streamline flow point. The static flow chamber comprising of a separated uncontrollable semi-open bottom side and attached pliable vertical sides, whereby each side restrictively releasing fluid to the surrounding outside atmosphere, as little as possible. Furthermore the task of the chosen fluid transfer methodology between the primary loop and static-stage chambered-bubble should not have any reverse flow or hinder the primary return loops fluids point of continuing forward velocity.
The process involved has three potential work outcomes. The applicant should also have a practical background of various small inflator pumps on the market. /////