Numerical Investigation of Acid Wormholing During Acidization of Carbonate Formations
Publish place: The Second Scientific Conference of Hydrocarbon Reservoir Engineering, Science and Related Industries
Publish Year: 1392
Type: Conference paper
Language: English
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RESERVOIR02_041
Index date: 1 June 2013
Numerical Investigation of Acid Wormholing During Acidization of Carbonate Formations abstract
Matrix acidizing is a technique to stimulate wells for improving well inflow performance. In this treatment, acid solution is injected into the formation at pressure below the rock failure pressure to dissolve some of the minerals to increase permeability of carbonates near the wellbore. In this work, matrix acidizing has been simulated in the radial 3-D domain using continuum/average model. The reaction kinetics has been considered to be nonlinear at solid-liquid interface. The reservoir is considered as a heterogeneous media and the effects of acid molecular diffusion, acid convection by fluid bulk and acid reaction with rock in porous media are considered. Different dissolution patterns observed in the experiments are shown by numerical simulation results. To validate the model, one set of acidizing field data of well-5 Sarkhoon was used. Results are discussed in term of skin factor. In particular, the change in the dominant wormhole growth dynamic is investigated during wormhole propagation around the wellbore
Numerical Investigation of Acid Wormholing During Acidization of Carbonate Formations authors
Fereshteh Samadi
School of Chemical and Petroleum Engineering, Shiraz University, Shiraz, Iran
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