28647.AutographPC

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    Features and benefits

      Individual well, pump, motor, seal,

    cable, and controller design screens

     – Determines performance

    parameters with equipment screens

      Nodal analysis

     – Uses state-of-the-art multiphase

    flow correlations for accurate

    pressure gradient calculations Sensitivity analysis

     – Evaluates a specific equipment

    design for a wide range of

    operating parameters

      Dynamic simulation of operations

     – Provides evaluation of system

    during startup, transient running

    conditions, and shutdown;

    used for troubleshooting and

    operations training  Extensive help features

     – Offers in-depth information on input

    parameters and program options

      Exports data to other software packages

     – Allows for customization of reports

    in Microsoft Excel® or Word®

      Tapered pump design

     – Allows pump design to use

    multiple stage types to properly

    handle gas compression

      Stress analysis for equipment

    passing through bends or doglegs

     – Evaluates the equipment for stress

    loads caused by wellbore deviations

    The Baker Hughes Centrilift AutographPC™

    software is the artificial lift industry’s most

    comprehensive and user-friendly system

    design and application simulation software.

    This arms our Baker Hughes application

    engineers with a powerful tool to give you

    the best solution for each application. This

    software can be used to design production

    systems for all of our product lines, including:

    electrical submersible pumping (ESP) systems;

    electrical submersible progressing cavity

    pumping (ESPCP™) systems; rod-driven

    progressing cavity pumping (RDPCP™)

    systems; horizontal surface pumping(HPump™) systems; and gas lift systems.

    Each system installation is unique and

    with this software, all the well information,

    including production characteristics, fluid

    properties and well conditions, can be entered

    during the initial design phase to produce the

    optimum solution for each sizing. This user-

    friendly software can be used for both fixed

    speed and variable speed applications.

    AutographPC software also provides very easy

    to use Sensitivity Analysis to quickly evaluate

    your design in a wide range of possible

    operating conditions.

    AutographPC software’s dynamic simulator

    is the only software of its kind in the

    industry, allowing you to ‘see’ how the

    pumping system behaves during the firstcrucial minutes or hours of operation after

    startup, or longer term as the well ages and

    well conditions change. This feature allows

    you to change up to 30 different operating

    conditions and simulate how the system will

    react, getting immediate feedback.

    AutographPC Sizing and Simulation SoftwareOptimize production for the life of your well

    OVERVIEW| bakerhughes .com

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    AutographPC, ESPCP, RDPCP, HPump, Vision and XPVision are trademarks of Baker Hughes Incorporated.

    Disclaimer of Liability: This information is provided for general information purposes only a nd is believed to be accurate as of the date hereof; however, Baker Hughes Incorporated and its affiliates do not make any warranties or representations of any kind regardingthe information and disclaim all express and implied warranties or representations to the fullest extent permissible by law, including those of merchantability, fitness for a particular purpose or use, title, non-infringement, accuracy, correctness or completeness of theinformation provided herein. All information is furnished “as is” and without any license to distribute. The user agrees to assume all liabilities related to the use of or reliance on such information. BAKER HUGHES INCORPORATED AND ITS AFFILIATES SHALL NOT BELIABLE FOR ANY DIRECT, INDIRECT, SPECIAL, PUNITIVE, EXEMPLARY OR CONSEQUENTIAL DAMAGES FROM ANY CAUSE WHATSOEVER INCLUDING BUT NOT LIMITED TO ITS NEGLIGENCE.

    © 2014 Baker Hughes Incorporated. All rights reserved. 28647 01/2014

    The simulator can track and plot the

    resulting changes of many parameters like

    flow rates, intake and discharge pressure,

    current, motor temperature and torque, just

    to name a few. In addition, the simulator

    displays alarms when the system goes out of

    its recommended operating range, and helpsto diagnose common problems like tubing

    leaks, pump wear, or pump-off. Our software

    also assists in forensic analysis by simulating

    conditions that can lead to a failure.

    The AutographPC sizing and simulation

    software is a cornerstone of our unmatched

    design, service, and support – ensuring

    the most efficient system and optimizedproduction for the life of a well. It also serves

    as the calculation engine for Baker Hughes

    XPVision™ software that connects real-time

    field data with the model.

    Contact your Baker Hughes representative

    today or visit www.bakerhughes.com/esp  to

    find out how AutographPC software can help

    you optimize production for the producinglife of your well.

    Pump Screen

    This is the “central” screen since the pump selection

    drives the selection of the other submersible pumpingsystem components.

     Sensitivity Analysis P lot 

    A sensitivity analysis option provides a powerful tool tovary parameters (water cut, rate, intake, pressure, etc.),which may be critical to design, and see the impact on

    other design parameters such as Total Dynamic Head and

    brake HP.

     Simulator Screen

    The simulator generates data that can be plotted, saved

    in its own internal format for later retrieval, or exportedinto Microsoft Excel or Microsoft Word for analysis.

    Gas Lift – Pressure Gradient Screen

    The latest version of AutographPC software handles not

    only pumps but also gas lift systems for design, trouble- shooting, and analysis.

     Stress Analysis ScreenThe ASAP feature allows you to configure the ESP and

    computes the static bending stress as the equipment

    passes a ‘dog-leg’ during installation and displays a redflag if the stress is beyond recommended limits.

    OVERVIEW