Water Injection Proposal for Block 5 Oilfield to Increase Oil Reserves

Bing Li; Lei Zhao

doi:10.4028/www.scientific.net/AMR.1073-1076.2316

Paper Titles

Productivity Evaluation Study of Shale Gas Reservoirs
p.2296

Test and Analysis of Heat-Resistant Polymer Solution’s Hydrolysis
p.2300

The Calculation of Apparent Permeability for Shale Gas Considering Adsorption and Flow Patterns
p.2305

The Research and Evaluation of Finely Layered Water Injection Standard in Low-Permeability Reservoirs - A Case from Block A in one Low-Permeability Reservoir
p.2310

Water Injection Proposal for Block 5 Oilfield to Increase Oil Reserves
p.2316

Water Temperature Modeling and Water Temperature Stratification Pattern of Reservoir Based on the Three-Dimensional Environment Fluid Dynamics Code Model
p.2321

A Study of Identification Marks of Sequence Boundary of GaoTaizi Reservoir in Qijia Area
p.2327

Numerical Simulation of Hydrocarbon Migration and Accumulation Process
p.2331

Physical Simulation Experiment Research of Air Foam Flooding in Da Gang Oilfield
p.2335

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Water Injection Proposal for Block 5 Oilfield to Increase Oil Reserves

Abstract:

This article revises the low pressure reservoir Block 5 controlled by structure trap located in South China Sea and analyses the current situations of the reservoir including G&G and reservoir engineering. The results indicate that down-dip wells already located in the water which was original oil based on new study and now could be converted to injector to increase oil reserves. Finally according to the study, the same method can be used in the similar reservoirs.