Hydropulse

The Hydropulse harnesses the power of fluidic oscillations, a technology based on the Coanda effect. This natural phenomenon describes how a fluid stream follows a curved surface. 

In the Hydropulse tool, a fluid stream enters the oscillator and, due to the Coanda effect, preferentially attaches to the outer wall of a curved passage. As it flows, it creates a low-pressure zone at a specific point. This pressure difference disrupts the main-stream and diverts the flow to the opposite passage. This continuous switching creates rapid oscillations, resulting in powerful bursts of fluid. Hydropulse's powerful bursts of fluid generate pulsating pressure waves that travel through the wellbore fluids and into the formation itself. 

These pressure waves act like a microscopic hammer, fracturing any type of near-wellbore damage. They work in two ways:  

Dual Cleaning Action:  Hydropulse's pressure waves act like a powerful one-two punch to remove damage: Compressive Force: Imagine a microscopic hammer. As the wave enters the the perforation and contacts the obstruction, it deliveres a powerful compressive force , effectively shattering and breaking up the blockage.