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Evaluation of Coated Proppant Unconventional Performance by Tiankui Guo; Yunpeng Wang; Zeming Du; Ming Chen; Dexin Liu; Xiaoqiang Liu; Zhenhua Rui is a Engineering article available to read on EtoBox.
What is Evaluation of Coated Proppant Unconventional Performance about?
Fracturing is a key stimulation measure in hydrocarbon exploration and development. The proppant, which is the core material in fracturing, is the key in improving the fracturing success rate and the stimulation effect. The coated proppant is made by coating a polymer resin on the aggregate body of the traditional proppant. The coated proppant has the low density, high strength, and low crushing rate and is widely used in reservoir fracturing and sand control. Nevertheless, the standards for evaluating coated proppant performance have not been presented. Especially, experiments on the effect of temperature on the conductivity of the fracture filled with coated proppants and the migration and settlement of the coated proppants within the fractures have rarely been reported. In this study, the solubility in alkali, wettability, and high-temperature (HT) deformation property of the coated proppant were tested, and the dynamic migration and settlement physical simulation were performed to evaluate the unconventional performance and the applicability of the coated proppant. The experiment on HT deformation of the coated proppant was performed in a HT seepage simulator, and the proppant
Who reads Evaluation of Coated Proppant Unconventional Performance?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Tiankui Guo; Yunpeng Wang; Zeming Du; Ming Chen; Dexin Liu; Xiaoqiang Liu; Zhenhua Rui
- Publisher
- American Chemical Society (ACS)
- Published
- 2021
- Language
- EN
- Field
- Engineering (Physical Sciences)