What are the key reservoir rock properties that affect fluid flow?

• Density, Viscosity, Pressure

• Porosity, Permeability, Capillary Pressure

• Saturation, Wettability, Rock Type

• Temperature, Fracture Density, Salinity

How does reservoir geology influence the behavior of hydrocarbons in a reservoir?

• It determines the porosity, permeability, and fluid saturation of the reservoir rock.

• It affects the temperature of the reservoir rock

• It has no impact on the behavior of hydrocarbons

• It determines the color of the reservoir rock

Explain the concept of reservoir architecture and its significance in reservoir modeling.

• Reservoir architecture is the layout of roads and buildings in a city and its significance in reservoir modeling is to analyze urban development patterns.

• Reservoir architecture is the spatial arrangement of rock types, porosity, and permeability within a reservoir, and it is significant in reservoir modeling for understanding fluid flow behavior and predicting production performance.

• Reservoir architecture is the design of underwater structures and its significance in reservoir modeling is to plan for future construction projects.

• Reservoir architecture is the study of ancient buildings and its significance in reservoir modeling is to understand historical construction techniques.

What factors contribute to reservoir quality and how is it evaluated?

• Population, GDP, and literacy rate are the factors that contribute to reservoir quality and are evaluated through census data

• Color, smell, and taste are the factors that contribute to reservoir quality and are evaluated through visual inspection

• Porosity, permeability, fluid saturation, and rock type are the factors that contribute to reservoir quality and are evaluated through core analysis, well logs, and seismic data.

• Temperature, pressure, and wind speed are the factors that contribute to reservoir quality and are evaluated through satellite imagery

Discuss the importance of porosity and permeability in reservoir rock properties.

• Reservoir rock properties are only determined by the rock's color and texture

• Porosity and permeability are crucial in determining the ability of a reservoir rock to store and transmit fluids such as oil and gas.

• Porosity and permeability are only important in determining the rock's weight

• Porosity and permeability have no impact on reservoir rock properties

How does the depositional environment impact reservoir geology?

• By determining the type of sediment and rock that is deposited

• By influencing the temperature of the reservoir

• By impacting the pressure of the reservoir

• By determining the depth of the reservoir

Explain the different types of reservoir architecture and their characteristics.

• There are four main types of reservoir architecture: igneous, metamorphic, sedimentary, and volcanic.

• There are three main types of reservoir architecture: stratigraphic, structural, and combination.

• Reservoir architecture is not important in the oil and gas industry.

• The only type of reservoir architecture is structural, as it is the most common.

What are the common methods used to assess reservoir quality?

• Temperature measurement, pressure monitoring, and flow rate analysis

• Fossil dating, rock classification, and mineral identification

• Water quality testing, soil analysis, and air quality monitoring

• Core analysis, well logs, and seismic data interpretation

Discuss the impact of diagenesis on reservoir rock properties.

• Diagenesis only impacts the color of reservoir rocks

• Diagenesis has no impact on reservoir rock properties

• Diagenesis increases the strength of reservoir rocks

• Diagenesis can significantly impact the porosity and permeability of reservoir rocks.

How do geostatistical methods contribute to reservoir modeling?

• Geostatistical methods analyze spatial variability of reservoir properties.

• Geostatistical methods are only applicable to small-scale reservoirs.

• Geostatistical methods are used to predict the weather patterns in the reservoir area.

• Geostatistical methods analyze the chemical composition of reservoirs.