Development of Volcanic Gas Reservoirs The Theory, Key Technologies and Practice of Hydrocarbon Development
Auteurs : Ran Qiquan, Ren Dong, Wang Yongjun
Development of Volcanic Gas Reservoirs: The Theory, Key Technologies and Practice of Hydrocarbon Development introduces the geological and dynamic characteristics of development in volcanic gas reservoirs, using examples drawn from the practical experience in China of honing volcanic gas reservoir development. The book gives guidance on how to effectively develop volcanic gas reservoirs and similar complex types of gas reservoir. It introduces basic theories, key technologies and uses practical examples. It is the first book to systematically cover the theories and key technologies of volcanic gas reservoir development.
As volcanic gas reservoirs constitute a new research area, the distribution and rules for development still being studied. Difficulties in well deployment and supportive development technology engender further challenges to development. However, in the past decade, research and development in the Songliao and Junggar Basins has led to marked achievements in volcanic gas reservoir development.
2. Volcanic rocks architecture and sequence
3. Patterns of Volcanic Reservoirs
4. Characteristics and Models of Volcanic Gas Reservoirs
5. Percolation Mechanism and Development Law of Volcanic Gas Reservoirs
6. Development Performance Description and Prediction Model of Volcanic Gas Reservoirs
7. Development Techniques for Volcanic Gas Reservoirs
8. Development Practices of Volcanic Gas Reservoirs
Engineer at PetroChina
Yongjun, Senior Well Logging Engineer at PetroChina
- Introduces the theory, key technologies and practice of volcanic gas reservoir development
- Provides links between theory and practice, highlighting key technologies for targeted development
- Offers guidance on complex issues in volcanic gas reservoir development
- Presents practical evidence from effective development and exploitation of gas reservoirs
Date de parution : 10-2018
Ouvrage de 1078 p.
15x22.8 cm
Mots-clés :
Description model of dynamic parameters; Development difficulties; Development law; Development model; Development practice; Development prospect; Development technologies; Development theories; Effective reservoir classification evaluation; Effective volcanic reservoir; Efficient reservoir forecast; Fluid component model; Fractural attribute model; Fractural network model; Gas reservoir development process; Gas reservoir dynamic description; Geological characteristics; Geological modeling method; Micro-fluidity; Model application of gas reservoir; Nonlinear flowing mechanism; Numerical simulation model; Pore-cavity-fracture multimedium; Production allocation; Productivity forecast model; Relay gas supply mechanism; Reservoir distribution model; Reservoir evolution model; Reservoir framework model; Seepage-storage model; Seepage-storage unit; Sequence series classification in volcanic reservoirs; Single-well production enhancement; Volcanic architecture; Volcanic facies model; Volcanic gas field; Volcanic gas reservoir; Volcanic gas reservoir flowing mechanism; Volcanic gas reservoir model; Volcanic reservoir model; Volcanic sequence comparison; Volcanic stratigraphic sequence