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Water identification and fluid movement in both injection and producing wells are evaluated using spinners, tracers, pulsed neutron oxygen activation, temperature and noise surveys. A variety of fluid identification devices are used to evaluate multiphase flow. These tools together are used to quantify the sources of water, oil, and gas production, and are critical to the control of excessive water or other phases. Inflow Performance Relationships (IPR) are determined for individual downhole zones. Special considerations are given for deviated and horizontal wells. The newest tools designed for horizontal applications, such as the Flagship/PS Platform or Polaris are reviewed. Numerous videos of and in vertical, deviated, and horizontal flows are used to aid in visualization of the logging environment. Distributed Temperature Sensing, DTS, a new non-intrusive temperature logging technique based on fiber optic technology is also introduced.
Logging techniques for vertical, deviated and horizontal wells
The cased hole logging environment
basics of depth control
Flowmeter response and quality controlDay 2
Flow evaluation using spinners
Fluid identification logs for multiphase flow
Multiphase flow concepts
Holdup, cut and slip velocityDay 3
Productivity index, inflow performance, zonal production
Evaluating deviated and horizontal wells
Effects of deviation on spinner response and slip velocity
Vendor tool strings (Schlumberger, Atlas and Halliburton)Day 4
Temperature and Noise Logging
Nuclear techniques for fluid flow
Detection of water flow using oxygen activationDay 5
Distributed temperature sensing (DTS)
Fiber optic theory
Demonstration of PLATO software
Reservoir and production engineers and geologists, petrophysicists, log analysts and others involved in well surveillance, maximizing recovery, identifying production problems, or planning workover operations.
This course is also well suited for Cased Hole sales engineers.
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