Summary Satisfactory stimulation of oil- and gas-bearing formations by fracture acidizing depends on development of adequate fracture conductivity in the hydraulically induced fracture. The created fracture conductivity is a result of the reaction of the injected acid with the fracture face. This paper describes a laboratory core-testing procedure to evaluate the feasibility of an acid treatment and to allow optimization of several treatment parameters. Applications to treatment design for formations that typically are difficult to stimulate by fracture acidizing are given.
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Anderson et al. (1989) studied this question.
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