Reservoir Architecture Modelling for Geothermal Energy Production: Case Study of the Delft Sandstone Member, West Netherlands

Earth and Planetary Sciences

• Architecture 100%
• Geothermal Energy 100%
• Investigation 100%
• Reservoir 100%
• Energy Production 100%
• Netherlands 100%
• Sandstone 100%
• Project 60%
• Show 40%
• Surface Pressure 40%
• River 40%
• Mudstone 40%
• Aquifer 40%
• Communication 20%
• Core 20%
• Permeability 20%
• Knowledge 20%
• Injection 20%
• Water Injection 20%
• Risk 20%
• Hot Water 20%
• Lithofacies 20%
• Economics 20%
• Flood Plain 20%
• Lignite 20%
• Variation 20%
• Gravitation 20%
• Interval 20%
• Cold Water 20%
• Depth 20%
• Geological Fault 20%
• Sand 20%
• Seismic Analysis 20%
• Connectivity 20%
• Stacking 20%
• Porosity 20%
• Research 20%
• Valanginian 20%

INIS

• production 100%
• geothermal energy 100%
• sandstones 100%
• netherlands 100%
• architecture 100%
• modeling 100%
• units 40%
• aquifers 40%
• injection wells 40%
• rivers 40%
• water 40%
• gravitation 20%
• risks 20%
• cutting 20%
• values 20%
• sand 20%
• economics 20%
• variations 20%
• hot water 20%
• permeability 20%
• density 20%
• depth 20%
• porosity 20%
• lignite 20%

Keyphrases

• Reservoir Architecture 100%
• Geothermal Energy Production 100%
• Mudstone 50%
• Water Injection Well 25%
• Seismic Analysis 25%
• Deep Geothermal Energy 25%
• Production Well 25%
• Pressure Support 25%
• Valanginian 25%
• Log Analysis 25%
• Reservoir Connectivity 25%
• Log-signature 25%
• Core Cutting 25%
• Rift Basin 25%
• Sandstone Body 25%
• Stacking Density 25%
• Gravity-driven 25%
• Injection Well 25%