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Stimulation Best Practices
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Effective Sandstone Acidizing
Sandstone acidizing technology has improved significantly over the last five years as a result of field analysis, fundamental research, and applied research. Older theories predicted that after sandstone acidization, about 10% HCl, about 3,500 mg/L of s
Jul 2008
Fluid-Loss Additives
The leakoff characteristics of a fracturing fluid are an important parameter in the design and execution of a hydraulic fracturing treatment. Reducing the amount of fracturing fluid that leaks off into the formation during a treatment will increase the
Jul 2008
Diversion in Matrix-Acidizing Treatments
The success of matrix acidizing treatments depends on the placement of acid to remove near-wellbore formation damage effeciently. The acid should be placed so that all potentially productive intervals accept a sufficient quantity of the total acid volum
Jul 2008
Scale Prevention
Scale is a solid mineral deposit usually formed from produced salt water. Because water constantly dissolves and deposits solids, scale is an endless problem in the petroleum industry. Scale occurs in primary production wells, secondary wells, injection
Jul 2008
Breakers
This Best Practices article describes the latest Halliburton technology to help design engineers and fracturing customers select and use fracturing fluid breakers effectively. Chemical descriptions of breakers and the breaking process are presented here
Jul 2005
Using SUPRA EHC With Nitrogen
Fracture-acidizing can sometimes be more effective if vertical fracture areas exposed to acid can be controlled. The SUPRA EHC process involves controlling the densities of the acid as well as the preflush and overflush fluids
Jun 2003
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