US 2026/0036044 A1 · ELECTRICAL SUBMERSIBLE PUMP SIZING RECOMMENDATION ENGINE WITH VARIABLE OPTIMIZATION CONSIDERATIONS

Abstract

Aspects of the subject technology relate to systems, methods, and computer-readable media for building electrically submersible pump (ESP) systems. ESP systems include parts that must be compatible with a wellbore environment for them to operate as desired. Parts that operate well when pumping oil may not operate well when pumping geothermal water. Parts of an ESP system must be able to fit into the wellbore and operate according to the expectations of a wellbore operator. This means that parts used to build an ESP system must be selected such that the ESP system may be operated according to an operational plan. Once an ESP system is designed and built, it may be operated in a manner that is consistent with an operational plan. Techniques of the present disclosure include machine learning processes that identify how best to design, build, and operate an ESP system based on a set of characteristics.

Claims20

Dependent claims

A method comprising:

receiving input associated with an electrical submersible pump (ESP) system design, wherein the input identifies characteristics of a job where a selected ESP system will be deployed;
accessing wellbore data associated with operation of a plurality of different ESP system;
arranging the wellbore data associated with the operation of the plurality of different ESP systems into a plurality of datasets based on an application type and one or more of a reliability metric or a cost metric;
identifying one or more of the respective datasets of the plurality of datasets that correspond to the characteristics of the job, the application type, and the one or more of the reliability metric and the cost metric;
generating equipment listings of a plurality of different ESP systems for performing the job based on one or more respective datasets that correspond to the characteristics of the job, the application type, and the one or more of the reliability metric and the cost metric;
and
presenting characteristics of the selected ESP system selected from the plurality of different ESP systems.

4 more elements

A non-transitory computer-readable storage medium having embodied thereon instructions executable by one or more processors to:

receive input associated with an electrically submersible pump (ESP) system design, wherein the input identifies characteristics of a job where a selected ESP system will be deployed;
access wellbore data associated with operation of a plurality of different ESP systems;
arrange the wellbore data associated with the operation of the plurality of different ESP systems into a plurality of datasets based on an application type and one or more of a reliability metric or a cost metric;
identify one or more of the respective datasets of the plurality of datasets that correspond to the characteristics of the job, the application type, and the one or more of the reliability metric and the cost metric;
generate equipment listings of a plurality of different ESP systems for performing the job based on one or more respective datasets that correspond to the characteristics of the job, the application type, and the one or more of the reliability metric and the cost metric;
and
prepare characteristics of the selected ESP system selected from the plurality of different ESP systems for presentation.

4 more elements

Dependencies are inferred from the claim text.

Electrical submersible pump sizing recommendation engine with variable optimization considerations

Life of this patent

Electrical submersible pump sizing recommendation engine with variable optimization considerations

Life of this patent

Abstract

Claims20