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Hydraulic fracturing of wells is a common practice used in the industry to improve well productivity either by changing the flow pattern in low-permeability formations or by overcoming drilling and completion damage near the wellbore. Several variables must be considered in a fracture-optimization design; however, effective fracture length and conductivity are two important variables that determine the effectiveness of a fracture treatment.

Optimal fracture conductivity is desirable, because it represents an overall resistance to fluid flow in the proppant pack. Economic design of a fracture treatment is required to select the fracture lengths and conductivities in which the income and costs combine to maximize economic returns (Gidley et al. 1989).

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