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Fluid Flow Projects: Two-Phase Flow in Pipes

Learn and Apply Leading University of Tulsa Fluid Flow Project Research

This short course is your opportunity to learn from leading University of Tulsa researchers and experts. The completed and current research projects covering the latest techniques for designing multiphase flow systems conducted at the Tulsa University Fluid Flow Project (TUFFP) will be explored in this course.

TU-CESE showcases the TUFFP Research through this annual one-week professional development short course; bringing awareness of this research to industry which drives sustainable, environmental and applied practices and knowledge.

Multiphase flow of oil-gas-water is inevitable and presents unique challenges in operation for any production and transportation system, including horizontal wells drilled into unconventional plays. Off-shore activity for the petroleum industry emphasizes subsea completions with full wellstream flow in much longer flowlines than in other areas.

Therefore, an improved understanding of multiphase flow in wells, flowlines, and risers is of vital importance to engineers and industry professionals.

Fundamentals of two-phase flow in piping systems encountered in the production and transportation of oil and gas is the course’s focus.

What is TUFFP? The Tulsa University Fluid Flow Projects (TUFFP) is a cooperative industry-university research group currently pursuing several projects simultaneously studying the effects of size and pressure upscaling and liquid viscosity on multiphase flow behavior utilizing state of the art facilities and instrumentation. Short courses on the design of two-phase flow in piping systems for oil and gas production and transportation are among the services offered by TUFFP to member and nonmember firms. The information/research outcomes will be shared with those attending the 2019 course. Summaries of the current TUFFP projects are provided at www.tuffp.utulsa.edu.

Participant Comments:

“Essential for facilities and production engineers to understand flow in both vertical well bores and in horizontal pipelines.” (Infrastructure Facilities Engineer, WPX ENERGY)
“Great insight into multiphase flow & its application. Probably the only course in the world that has oil & gas wells too.” (Tech Advisor Drilling, SAUDI ARAMCO)
“An excellent short course on problem solving techniques to resolve your multiphase flow issues and understand the limits of the solutions.” (Sr. Process Engineer, CHEVRON)
“Highly recommend for petroleum engineers.” (Technology Researcher, YPFTECHNOLOGIA)
“I gained many useful tools and insights about multiphase flow from this course that will be beneficial to me in my job.” (Sr. Project Engineer, BAKER HUGHES, Inc.)
“This course shows the pros and cons of many different models used in two-phase flow calculations.” (Engineer I, EOG RESOURCES)

Upcoming Short Course

May 11-15, 2020 – Tulsa, OK
REGISTER EARLY AND SAVE $$$

  • BEST DEAL DISCOUNT deadline: February 28, 2020
  • EARLY ENROLLMENT DISCOUNT deadline: March 31, 2020
  • Online Registration

    In-Company Training

    Many courses offered by CESE are also available on-site. In-company training simplifies scheduling, ensuring more of your employees will be able to attend and learn.

    Request a Course Quote

    Instructors

    Cem Sarica, Eduardo Pereyra

    Who Should Attend

    This course is designed for

    • System Engineers
    • Process Engineers
    • Operations Engineers
    • Facilities Engineers
    • Reservoir Engineers
    • Production Engineers
    • Petroleum Engineers
    • Flow Assurance Engineers
    • Technical Consultants
    • Anyone who handles multiphase flow systems

    During this course, you will learn. . .

    • Principles of Two-Phase Flow
    • PVT Properties
    • Flow in Wells
    • Flow in Pipelines
    • Correlations
    • Flow Through Restrictions
    • Unified Modeling
    • Flow Assurance

    Course Fee:

    TUFFP/TUPDP Member Company Rates:

    • BEST DEAL DISCOUNT: $2,495.00/person TUFFP/TUPDP Member (Individuals & Teams) Deadline: February 28, 2020
    • EARLY BIRD DISCOUNT: $2,695.00/person TUFFP/TUPDP Member Deadline: March 31, 2020)
    • TEAM DISCOUNT: $2,695.00/person TUFFP/TUPDP Member (2 or more from same company)
    • REGULAR FEE: $2,895.00/person TUFFP/TUPDP Member

    Non-Member Company Rates:

    • BEST DEAL DISCOUNT: $2,895.00/person Non-Member (Individuals & Teams) DEADLINE: February 28, 2020
    • EARLY BIRD DISCOUNT: $3,395.00/person Non-Member DEADLINE: March 31, 2020
    • TEAM DISCOUNT: $3,395.00/person Non-Member (2 or more from same company)
    • REGULAR FEE: $3,695.00/person Non-Member

    Program Highlights

    • Information-Packed Lectures and Real-World Problem-Solving
    • Theory and Application
    • Problem-solving sessions are dispersed throughout the course to enhance the understanding of variables unique to two-phase flow.
    • The course offers plenty of opportunities to network with course faculty, so bring your questions and be prepared to learn.
    • Computer algorithms are presented so that you will be able to develop your own programs upon completion of the course.
    • You will receive excerpts from the SPE monograph on “Multiphase Flow in Wells” and an extensive workshop manual.
    • A tour of TU’s North Campus Multiphase Flow and Flow Assurance Experimental Test Facilities (weather permitting).

    Course Pre-Requisites

    A familiarity with basic fluid mechanics and fluid properties is necessary. You should also be familiar with hydrocarbon systems vapor-liquid equilibrium and computer programming. No previous experience in two-phase flow is required.

    Date, Time & Location

    May 11-15, 2020 * Tulsa, Oklahoma

    Course will be held at The University of Tulsa’s Henneke Bldg., 1204 S. Harvard.

    Times:
    8:30 a.m. – 5:00 p.m. Monday-Thursday
    8:30 a.m.- Noon Friday

    Need a Hotel Room?

    We suggest booking your hotel room at the Doubletree Hilton Hotel (6110 S. Yale) in Tulsa, OK. Contact them directing at 918-495-1000 and request the University of Tulsa meeting rate. Free covered parking garage for hotel guests.