PART ONE: EXPLORATION APPROACHES AND
CONSIDERATIONS
- CHAPTER
1: OVERVIEW AND SUMMARY STATISTICS
- Introduction
- Worldwide
Reserves Distribution
- Field
Size Range
- History
and Methods of the Discovery of
Clastic Reservoirs
- Reservoir
Age
- Tectonic
Setting
- Bally
basin classification
- Klemme
basin classification
- Burial
Depth
- Reservoir
Lithology
- Fluid
Types
- CHAPTER
2: HYDROCARBON SYSTEMS IN CLASTICS
- Introduction
- Clastic
Depositional Systems
- Fluvial
depositional system
- Alluvial
fan
- Alluvial
plain
- Desert
depositional system
- Lacustrine
depositional system
- Coastal
depositional system
- Shoreline/shelf
- Estuaries
- Deltas
- Deep-marine
depositional system
- Glaciogenic
depositional system
- Types
of clastic reservoirs in the
Database
- Basin-fill
Architecture and Sequence Stratigraphy
- Controls
on basin-fill architecture
- Sequence
stratigraphy of clastic systems
- Reservoir
distribution implications
- Controls
on Clastic Reservoir Quality and
Their Exploration Implications
- Depositional
controls
- Diagenetic
controls
- Cementation
- Compaction
- Dissolution
- Predicting
clastic reservoir quality
- Trapping
Mechanisms
- Trap
classification
- Stratigraphic
traps
- Combination
traps
- Structural
traps
- Trap
types in the Clastic Fields
Database
- Structural
traps
- Combination
traps
- Stratigraphic
traps
- Variations
in trap style according to
tectonic setting
- General
Trends in Source Rocks
- Source
rock age and distribution
- Source
rock lithology, depositional
environment and kerogen type
- Total
organic carbon (TOC)
- General
Trends in Seals
- Seal
lithology
- Seal
depositional environment
- Clastic
Play Types
- Fluvial
plays
- Desert
plays
- Lacustrine
plays
- Coastal
plays
- Deep-marine
plays
- Glaciogenic
plays
- CHAPTER
3: FLUVIAL PLAYS
- Introduction
- Exploration
History and Techniques
- Tectonic
Setting
- Klemme
classification
- Bally-Snelson
classification
- Fluvial
Reservoir Types
- Alluvial-fan
reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Alluvial-plain
reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Source-rock
Characteristics
- Trapping
Configuration
- Approaches
and Strategies
- CHAPTER
4: DESERT PLAYS
- Introduction
- Exploration
History and Techniques
- Tectonic
Setting
- Klemme
classification
- Bally-Snelson
classification
- Desert
Reservoir Types
- Erg
reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Mixed
aeolian/fluvial-playa reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Mixed
aeolian/sabkha reservoirs
- Definition,
reservoir distribution
and external geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Source-rock
Characteristics
- Trapping
Configuration
- Approaches
and Strategies
- CHAPTER
5: LACUSTRINE PLAYS
- Introduction
- Exploration
History and Techniques
- Tectonic
Setting
- Klemme
classification
- Bally-Snelson
classification
- Lacustrine
Reservoir Types
- Lacustrine-delta
reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Lacustrine
beach/barrier-bar reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Deep-lacustrine
reservoirs
- Definition,
reservoir distribution
and external geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Source-rock
Characteristics
- Trapping
Configuration
- Approaches
and Strategies
- CHAPTER
6: COASTAL PLAYS
- Introduction
- Exploration
History and Techniques
- Tectonic
Setting
- Klemme
classification
- Bally-Snelson
classification
- Reservoir
Types
- Shoreline/shelf
reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Estuarine
reservoirs
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Deltaic
reservoirs
- Definition
- Fluvial-dominated
deltas
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir
architecture
- Reservoir
quality
- Wave-dominated
deltas
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir
architecture
- Reservoir
quality
- Tide-dominated
and mixed tide/fluvial
influenced deltas
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir
architecture
- Reservoir
quality
- Mixed
wave/tide and mixed wave/tide/fluvial-influenced
deltas
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir
architecture
- Reservoir
quality
- Source-rock
Characteristics
- Trapping
Configuration
- Approaches
and Strategies
- CHAPTER
7: DEEP-MARINE PLAYS
- Introduction
- Exploration
History and Techniques
- Tectonic
Setting
- Klemme
classification
- Bally-Snelson
classification
- Reservoir
Types
- Definition
- Gravel-rich
deep-marine reservoirs
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Submarine
fan reservoirs
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Submarine
ramp reservoirs
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Source-rock
Characteristics
- Trapping
Configuration
- Approaches
and Strategies
- CHAPTER
8: GLACIOGENIC PLAYS
- Introduction
- Exploration
History and Techniques
- Reservoir
Types
- Definition
- Reservoir
distribution and external
geometry
- Depositional
facies and reservoir architecture
- Reservoir
quality
- Source-rock
Characteristics
- Trapping
Configuration
- Approaches
and Strategies
PART
TWO: DEVELOPMENT APPROACHES AND CONSIDERATIONS
- CHAPTER
9: DEVELOPING AND PRODUCING CLASTIC
RESERVOIRS
- Introduction
- Fluid
Types
- Reservoir
Heterogeneity
- Net/Gross
ratio
- Reservoir
architecture
- Reservoir
compartmentalisation
- Drive
Mechanisms
- Secondary
and Tertiary Recovery Mechanisms
- Recovery
Efficiency
- Recovery
factor by fluid type
- Recovery
factor by drive mechanism
- Recovery
factor by secondary and tertiary
recovery mechanism
- Recovery
factor by geological aspects
- Recovery
factor by mobility index
- Reservoir
Classification Based on Recovery
Factor, Fluid Type and Reservoir
Permeability
- CHAPTER
10: HEAVY OIL/TAR RESERVOIRS
- Overview
and Summary Statistics
- Reservoir
Quality and Heterogeneity
- Reservoir
Performance and Recovery Techniques
- Aquifer
drive as the main drive mechanism
- Solution-gas
drive as the main drive mechanism
- Gas-cap
drive as the main drive mechanism
- Compaction
drive as the main drive mechanism
- Production
under very weak natural drive
- Recovery
Efficiency and Reservoir Management
Stratigies
- CHAPTER
11: LOW-PERMEABILITY CONVENTIONAL-OIL
RESERVOIRS
- Overview
and Summary Statistics
- Reservoir
Quality and Heterogeneity
- Reservoir
Performance and Recovery Techniques
- Aquifer
drive as the main drive mechanism
- Solution-gas
drive as the main drive mechanism
- Gas-cap
drive as the main drive mechanism
- Recovery
Efficiency and Reservoir Management
Stratigies
- CHAPTER
12: INTERMEDIATE-PERMEABILITY CONVENTIONAL-OIL
RESERVOIRS
- Overview
and Summary Statistics
- Reservoir
Quality and Heterogeneity
- Fluvial
reservoirs
- Alluvial-fan
reservoirs
- Braided-fluvial
reservoirs
- Meandering-fluvial
reservoirs
- Desert
reservoirs
- Lacustrine
reservoirs
- Coastal
reservoirs
- Shoreline/shelf
reservoirs
- Estuarine
reservoirs
- Deltaic
reservoirs
- Deep-marine
reservoirs
- Reservoir
Performance and Recovery Techniques
- Aquifer
drive as the main drive mechanism
- Aquifer
drive only
- Aquifer
drive with supplementary
solution-gas drive
- Aquifer
drive with supplementary
gas-cap drive
- Solution-gas
drive as the main drive mechanism
- Solution
gas only
- Solution-gas
drive with supplementary
gravity drainage drive
- Solution-gas
drive with supplementary
gas-cap drive
- Gas-cap
drive as the main drive mechanism
- Production
under very weak natural drive
- Recovery
Efficiency and Reservoir Management
Stratigies
- CHAPTER
13: HIGH-PERMEABILITY CONVENTIONAL-OIL
RESERVOIRS
- Overview
and Summary Statistics
- Reservoir
Quality and Heterogeneity
- Reservoir
Performance and Recovery Techniques
- Aquifer
drive as the main drive mechanism
- Solution-gas
drive as the main drive mechanism
- Gravity
drainage as the main drive
mechanism
- Recovery
Efficiency and Reservoir Management
Stratigies
- CHAPTER
14: GAS AND GAS-CONDENSATE RESERVOIRS
- Overview
and Summary Statistics
- Reservoir
Quality and Heterogeneity
- Reservoir
Performance and Recovery Techniques
- Production
under depletion drive without
aquifer influx
- Gas
reservoirs
- Gas-condensate
reservoirs
- Production
under depletion drive with
aquifer influx
- Gas
reservoirs
- Gas-condensate
reservoirs
- Gas-hydrate
production
- Recovery
Efficiency and Reservoir Management
Stratigies
- ENCLOSURES
- Enclosure
1.1 - Index map of clastic fields
with operators indicated
- Enclosure
1.2 - Fluid type and in-place
volumes
- Enclosure
1.3 - Discovery year
- Enclosure
1.4 - Reservoir age
- Enclosure
1.5 - Bally basin classification
- Enclosure
1.6 - Klemme basin classification
- Enclosure
1.7 - Reservoir mid-point depth
(ft)
- Enclosure
1.8 - Reservoir lithology
- Enclsoure
2.1 - Depositional systems classification
scheme
- Enclosure
2.2 - Stratigraphic cross-section
showing reservoirs, source rocks
and seals
- Enclosure
2.3 - Depositional system
- Enclosure
2.4 - Trap classification scheme
- Enclosure
2.5 - Trap type
- Enclosure
2.6 - Trap styles in rift basins
- Enclosure
2.7 - Trap styles in deltaic basins
- Enclosure
2.8 - Trap styles in passive-margin
basins
- Enclosure
2.9 - Trap styles in foreland
basins
- Enclosure
2.10 - Trap styles in fold-thrust
belts
- Enclosure
2.11 - Trap styles in strike-slip
basins
- Enclosure
2.12 - Trap styles in inversion
tectonic settings
- Enclosure
2.13 - Trap styles in salt tectonic
settings
- Enclosure
2.14 - Source rock age and depositional
environment
- Enclosure
2.15 - Seal lithology
- Enclosure
9.1 - Main fluid type and recovery
factor
- Enclosure
9.2 - Natural drive mechanism
and strength
- Enclosure
9.3 - Secondary and tertiary recovery
techniques
- Enclosure
9.4 - Production reservoir type
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