2003Petroleum Geology & Oilfield Development in DaqingRequires access

Optimum Fracturing Research and Practice in Yushulin Oil-field

Xiao Li-guo

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Abstract

To improve development of low-permeability oil reservoir, the optimum fracturing project is researched. The basal data and reference are provided through rock samples, logging curves and former fracturing evaluation. Using reservoir simulation and hydrodynamic fracture simulation, the optimize design of supported fracturing length and fracturing scale is conducted. The oil production of reservoir is increased, the development situation of reservoir and whole level of fracturing technology are improved through field testing.

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What this paper is about

To improve development of low-permeability oil reservoir, the optimum fracturing project is researched. The basal data and reference are provided through rock samples, logging curves and former fracturing evaluation. Using reservoir simulation and hydrodynamic fracture simulation, the optimize design of supported fracturing length and fracturing scale is conducted. The oil production of reservoir is increased, the development situation of reservoir and whole level of fracturing technology are improved through field testing.

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Available abstract

To improve development of low-permeability oil reservoir, the optimum fracturing project is researched. The basal data and reference are provided through rock samples, logging curves and former fracturing evaluation. Using reservoir simulation and hydrodynamic fracture simulation, the optimize design of supported fracturing length and fracturing scale is conducted. The oil production of reservoir is increased, the development situation of reservoir and whole level of fracturing technology are improved through field testing.

Key concepts: Petroleum engineering, Geology, Oil field, Reservoir simulation, Hydraulic fracturing, Petroleum reservoir, Fracturing fluid, Fracture (geology)

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