Paper: Shallow Sucker Rod Wells Fluid Inertia

Paper: Shallow Sucker Rod Wells Fluid Inertia
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Abstract

Shallow Sucker Rod Wells Fluid Inertia

Presenters

R. Eric Laine, James F. Keating, & James W. Jennings; Texas A&M University

Fluid inertia forces can be large enough to be considered in sucker rod simulators. Fluid inertia forces are larger with shallow wells, large pumps, high stroke rates, and/or lower compressibilities. Texas A&M U has developed a fluid inertia model. This paper covers the primary assumptions, the equations, the boundary conditions, the initial conditions, a parameter study based on field data, the solution method, the discretized equations, the pump position, and the calculation sequence.

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