Advanced Production Logging
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Advanced Production Logging Course
Introduction:
This advanced 5-day course is designed to provide clarity on cased hole log interpretation. It will also equip participants to locate water, oil, and gas entries from flow meter/fluid ID and temperature surveys and detect water movement inside/outside of pipe using oxygen activation.
This is a 5-day course aimed at personnel with a solid grounding and some experience in production logging. These candidates should have attended the cased hole production logging and reservoir monitoring course.
This course will focus on extending the level of this earlier cased course by in-depth evaluations of 2-phase and 3-phase flow in tubulars. This will concentrate on workshop environments to alleviate the level of exposure to advanced and more complex production systems. Local examples will be reviewed with used as a working basis for such a session.
Course Objectives:
This course will allow you to understand heavy phase “fallback” inflows and select tools that minimize its effect as well as identify the problems of highly deviated/horizontal wells, how to log them, and what tools to use (coil tubing, tractoring, and the POLARIS, FSI, and MAPS tool strings)
Who Should Attend?
The workshop is for engineers who have to work on reservoirs. This includes Production Technologists, as well as Production and Reservoir engineers. Also, this 5-day training course will be useful and applicable for professionals who involved in well surveillance, maximizing recovery, identifying production problems, or planning workover operations, also
- Geologists,
- Log analysts
- Petro physicists
- Experienced Reservoir and Production Engineers
Course Outlines:
- PL Overview
- Inflow Performance (IP) in oil and gas wells
- Well Completions
- Flow regimes in vertical deviated and horizontal wells
- Slippage velocities: theory and empirical charts applications.
- Various techniques to measure fluid velocities
- Spinner calibrations in multi-phase flow regimes
- Holdup measurements in 3 phase flow: Various tools and their applications.
- Reynolds number and its applications to production logging
- Temperature profiling to detect leaks.
- Temperature profiling in flowing wells to estimate production and to detect leaks.
- Permanent temperature sensors using fiber optics: Theory and applications.
- Equations applied in multi-phase flow regimes
- Single-phase flow
- Water coning and its interpretations
- Production logging in gas wells
- Uneven depletions and cross-flow computation without shutting the well
- Two-phase Flow
- Three-phase flow.
- Production logging tools in horizontal wells
- Production log interpretations in horizontal wells.
