The jet pump works by using the momentum of one fluid to propel another fluid. All jet pumps in the oil and gas industry operate using the same principles.
The JJ Tech Jet Pump is made in the USA using the highest quality materials. Our fluid path design ensures a laminar flow, reducing inefficiencies that can hinder production.
The combined fluids pass through the diffuser, where the velocity of the fluid reduces as the pressure increases enough to power the fluid to the surface. This pressure drop allows well fluids to flow from the reservoir at the desired production rate into the wellbore and jet.
The jet pump uses the momentum of one fluid to move another fluid. The JJ Tech jet pump fluid path design ensures highest possible production rate for a given fluid exit velocity.
The nozzle increases the velocity and decreases the pressure of the power fluid.
The power fluid encounters the produced fluid inside the mixing tube, where the diffusion of the combined fluids begins.
The diffuser decreases the velocity while increasing the pressure of the combined fluids. The increase in pressure is needed to lift the combined fluids back to surface.
Power Fluid (Red) is injected into the tubing down to the Nozzle. The resulting pressure drop across the Nozzle allows for Produced Fluid (Blue) to enter the Jet Pump. The Power Fluid and Produced Fluid combine together in the Mixing Tube.
The combined fluids exit the Jet Pump and flow to the surface via the Casing. Jet Pumping can also be in “Reverse Flow” Configuration, Which Power Fluid is injected into the casing and the Combined Fluids return up the Tubing.
Benefits include:
Talk to the JJ Tech team and see if our artificial lift solution can help you reduce costs over the life of your wells. Complete the form to see whether our products can optimize your well’s efficiency and lower maintenance costs.