Leakage resistant shroud hanger
View Patent ↗Disclosed is a submersible pumping system for pumping wellbore fluids. The submersible pumping system includes a motor assembly, a pump assembly connected to the motor assembly, and a shroud assembly attached to the pump assembly. The shroud assembly includes a shroud having a connection end and an intake end. The shroud assembly at least partially encloses the motor assembly and includes a sealing ring adjacent the shroud prevents the wellbore fluid from entering the shroud at the connection end. The shroud assembly also preferably includes a retaining ring that holds the sealing ring in place.
1. A submersible pumping system for pumping wellbore fluid, comprising:
a motor assembly;
a pump assembly connected to the motor assembly; and
a shroud assembly attached to the pump assembly, the shroud assembly,
comprising:
a shroud having a connection end and an intake end, wherein the shroud at least partially encloses the motor assembly;
a sealing ring that prevents the wellbore fluid from entering the shroud at the connection end, wherein the sealing ring comprises a sealing aperture whereby a cable can extend through the sealing aperture to the motor assembly; and
a retaining ring that holds the sealing ring in place.
2. The submersible pumping system of claim 1 , wherein the sealing ring is formed of an elastomer material.
3. A shroud assembly for use with a pump assembly and a motor assembly for use in pumping wellbore fluid, the shroud assembly comprising:
a shroud having a connection end and an intake end, wherein the shroud at least partially encloses the motor assembly;
a sealing ring that prevents the wellbore fluid from entering the shroud at the connection end, wherein the sealing ring comprises a sealing aperture whereby a cable can extend through the sealing aperture to the motor assembly; and
a retaining ring that holds the sealing ring in place.
4. The shroud assembly of claim 3 , wherein the sealing ring is formed of an elastomer material.
5. A downhole pumping system comprising:
a pump intake;
a shroud having a connection end and an intake end, wherein the connection end of the shroud is connected to the outer wall of the pump intake;
a pump connector plate connected to the top of the pump intake
a sealing ring disposed between the pump intake, the shroud and the pump connector plate; and
a retaining ring secured to the pump connector plate that captures the sealing ring in its position between the pump intake, the shroud and the pump connector plate.