索引于
- 打开 J 门
- Genamics 期刊搜索
- 期刊目录
- 中国知网（CNKI）
- 电子期刊图书馆
- 参考搜索
- 哈姆达大学
- 亚利桑那州EBSCO
- OCLC-WorldCat
- SWB 在线目录
- 虚拟生物学图书馆 (vifabio)
- 普布隆斯
- 米亚尔
- 欧洲酒吧
- 谷歌学术
分享此页面
期刊传单
抽象的
Modeling of Fluid Filtration around a Perforation and Wellbore and Investigating its Effect on Skin Factor
Maryam Boloorian1*, Mohammad Reza Rasaei2, Ali Nakhaee
In this paper, a mathematical model is presented for a water based mud filtration into a perforation and wellbore and its effect on reducing the relative permeability and damage of the formation. The proposed model includes fluid invasion, filter cake buildup, and relative permeability, formation damage model and skin factor. The penetration of solid particles into the formation was avoided. Filter cake and mud filtration models were developed based on a mass balance equation of cake deposition and erosion and Darcy's equation. The invasion flow of mud filtrate into the formation was considered radial. A convection dispersion equation was solved numerically to characterize filtrate invasion.
In this paper, a mathematical model is presented for a water based mud filtration into a perforation and wellbore and its effect on reducing the relative permeability and damage of the formation. The proposed model includes fluid invasion, filter cake buildup, and relative permeability, formation damage model and skin factor. The penetration of solid particles into the formation was avoided. Filter cake and mud filtration models were developed based on a mass balance equation of cake deposition and erosion and Darcy's equation. The invasion flow of mud filtrate into the formation was considered radial. A convection dispersion equation was solved numerically to characterize filtrate invasion.