Dissertation > Excellent graduate degree dissertation topics show

The Technology Research of Guqi9 Block Steam Flooding

Author: ZhaoJinLiang
Tutor: FengQiHong;FanChongHai
School: China University of Petroleum
Course: Petroleum and Natural Gas
Keywords: Heavy oil Steam flooding Enhanced oil recovery Supporting technology
CLC: TE357.44
Type: Master's thesis
Year: 2010
Downloads: 122
Quote: 0
Read: Download Dissertation

Abstract


Island oilfield thermal recovery throughput technology , the thin layer of unconsolidated sandstone heavy oil reservoir into industrial development , but after high round of high water cut depth development phase , the thermal recovery of old wells for 5 to 6 cycles , water invasion effects increasing , stable foundation is weak , economic deterioration . To explore the effective yield to succeed in the the island heavy oil throughput development , island since the 2008 oil field to carry out the solitary gas 9 turn steam flooding feasibility study and test . 9 for solitary gas complex geological conditions , to carry out the fine reservoir description , in-depth study of the unit micro - structure , reservoir distribution law of reservoir heterogeneity , distribution interlayer , the remaining oil ; steam flooding mechanism , results of numerical simulation and optimization is proposed to meet the screening criteria for steam flooding ; perforating technology supporting steam flooding , with production with injection technology , injection and adjustment techniques , dynamic monitoring carried out a comprehensive study , formed island oilfield steam drive supporting technology . 9 solitary gas steam flooding technology with good results , the moisture content decreased, production rose greatly improved oil recovery .

Related Dissertations

  1. Rice-duck farming planting patterns and ecological effects of supporting technology research,S834
  2. Application of Rhamnolipid Biosurfactant in Heavy Oil Viscosity Reduction,TE868
  3. Calculation of Thick Oil of Petroleum Reduction,TE624
  4. International Road Inner Mongolia Autonomous Region Techniques of Transport Management,U491
  5. Study on Selective Breeding and Cultural Technique in A New Very Late-maturing Peach Cultivar ’QiluJuhong’,S662.1
  6. The quinoline degrading bacteria and diesel Nitrogen,X172
  7. Technology Applied Research on Reducing the Wellhead Back Pressure,TE832.3
  8. Design and Experimental Research of Composite Spray Nozzles for Heavy and Residual Oil,TK229.7
  9. Heavy oil steam -CO_2 flooding simulation experiment,TE357.46
  10. Potential Evaluation Study on Enhanced Oil Recovery Reservoir of Chemical Flooding for Offshore Oilfield,TE357.4
  11. Lancang lead-zinc tuff soft rock failure mechanism analysis and optimization of supporting parameters,TD353
  12. Studies on Combined Sorption Behaviors of Cationic Surfactant and Heavy Oil on Marine Sediments,X55
  13. Parameter Optimization and Sensitivity Analysis of Superheated Steam Huff-puff,TE345
  14. Synthesis and Evaluation of the Viscosity Reducer for TK1073 Oil in Tahe Oil Field,TE868
  15. Study on the Slurry-Phase Hydrocracking for Deasphalted Oil with the Organo-Metallic Catalyst,TE624.43
  16. The Application & Study on Steam Stimulation Technology in Horizontal Well of Lindong Ng3 Heavy Oil Reservoir,TE345
  17. The Steam Displacement Law and Technology Strategies in the Middle-deep Layer Heavy Oil Reservoir of Liaohe Oil Field,TE345
  18. Thick massive heavy oil reservoir water flooding effect of gravity,TE345
  19. Research on EOR Technology of Steam Drive in Light-oil Sandstone Reservoir After Water Flooding,TE357.6
  20. Theoretical and Experimental Study of Anionic Surfactant Adsorbed Behavior at Water/Oil Interface,O647.31

CLC: > Industrial Technology > Oil and gas industry > Oil and gas development and mining > Production Engineering > Enhanced oil recovery and maintain reservoir pressure (secondary and tertiary oil recovery ) > Thermal, miscible , Chemical Oil Recovery (EOR EOR ) > Thermal drive oil
© 2012 www.DissertationTopic.Net  Mobile