气田开发地质1（英文版）

　　In the aspects of natural gas production and utilization，China is the earliest one in the world. As early as the end of the Han Dynasty and the beginning of the Jin Dynasty（301 B. C. ），Producing gas to extract salt by heating has started and that some oldest methods in the world，such as drilling of Zhuotongjing（ver-tical borehole） ，gas production by water withdrawal with Kanpen（a kind of basin covering over wellhead） ，gas production test with Liangtongzi（bright tube） ，well workover operation by Bugiang（repairing borehole’s wall） ，identifying fracture system by Xianhao（observing a marked gas production）and dividing the inter-connecting fracture system by Tongqiang（observing interwell communication） ，has been initiated，which has become a magnificent page in world petroleum history and is also a valuable experience for developing shal-low fracture-pore type gas fields with low porosity，low permeability and bottom water. Before liberation，the gas production technique in our country stagnated，being in a very backward situation，and an industrial-scale exploration and development has started only after new China was founded. At present，the gas fields have increased from two（in old China）t0 116 and the annual gas production has increased by a big margin，be-coming an indispensable energy resources for the development of our national economy. Now a new progress has been made in onshore gas exploration and the offshore Ya 13 - 1 large gas field has been put in produc-tion，which creates a favourable conditions for quickning the development of gas industry during the “9th Five-Year Plan”。

暂缺《气田开发地质1（英文版）》作者简介

1 GeologicaIStructures of Gas Fields
1.2 Types and Geologic Models of the Fold Structures
1.4 Superpasition of Fold Structures
1.5 Type and Gedtogical Pattern of Fault Structures
1.6 Type and Geological Pattern of Fracture Structure
1.7 Structures and Gas Reservoirs References
2 Natural Gas Reservoir Bed
2.1 Reservoir Evaluation for Development
2.2 Sedimentary and Diagenetic Characteristics of Reservoir Beds
2.3 Characteristics of the Voids in Reservoir Beds
2.4 Characteristics of Fractures in Reservoir
2.5 Parameters of Reservoir and Their Non Homogeneity
3 Fluid,Pressure and Temperature in Gas Fields
3.1 Evaluation of Fluids,Pressure and Temperature in Developed Gas Fields
3.4 Formation Temperature in Gas Reservoirs
4 Geology of Natural Gas Reservoirs
4.2 Geological Characteristics of Gas Reservoirs in China
4.3 Classification of Gas Reservoirs
4.4 Geological Model of Gas Reservoir References
5 Seismic Technique in Production
5.1 General Illustration
5.2 StructuralAnalysis Technique
5.3 Stratigraphic Analysis Technique References
6 Log Evaluation Technique of Gas Reservoir
6.1 Logging Feature of Gas-Bearing Formation
6.2 Log Lithofacies,Electrofacies and Sedimentary Facies Evaluation
6.3 Fracture Qualitative and Quantitative Evaluation by Means of Logs
6.4 Gas Formation Quantitative Log Evaluation
6.5 Log Fluid Properties Evaluation References
7 Detection Technique of Gas Reservoir's Pbysical Properties
7.1Physical Property Test of Reservoir Rock
7.2 Physical Property Test of Reservoir Fluid
7.3 Rock and Fluid Interaction Fundamental Property Test
7.4 Gas Formation Sensitivity Detection Technique
Appendix l Crude Loss Quantity Correction Method References
8 Gas Pool Description
8.2 Description of Structural Form and Fault Combination
8.5 Geometrical Form and Lateral Prediction of Reservoir Body
8.6 Description of Gas-Water Distribution and Gas-PoolTrap
8.7 Establishment of Static Geological Model and Comprehensive Evaluation of Gas Pool
9 Natural Gas Reserves Calculation
9.2 Natural Gas Reserves Calculation Method and Application Restriction
9.3 Selection of Reserves Calculation Methods in Various Exploration and Development
9.4 Determination Methods of Reserves Parameters and Their Selection
9. 5 Reserves Evaluation References