Table of ContentsApplying Fluid Inclusions to Petroleum Exploration and Production Main Points What are Fluid Inclusions? Fluid Inclusions in Sandstone Petroleum Inclusion in Quartz Petroleum Inclusion in Quartz Why Care About Fluid Inclusions? Classical Approach Fluid Inclusion Stratigraphy (FIS) Schematic of FIS Technique FIS Data E&P Applications of FIS E&P Applications of FIS (Cont.) Inferring Up-Dip Prospectivity from a Wet Well Up-dip Prospectivity from Wet Well Local Prospectivity / Deeper Potential from Shallow Drilling Local Prospectivity / Deeper Potential Pay Delineation Pay and Product Definition Monitoring Extent of TSR in Fluid Inclusions Extent of TSR from Fluid Inclusions H2S Prediction from Fluid Inclusions EOR Application in a Mature Field EOR Application Regional Evaluation FIS for Regional Evaluation Identifying Seals Seal Definition / Characterization Proximity-to-Pay Concept Inferring Nearby Undrilled Pay FIS Infers Nearby Undrilled Pay FIS “Proximity” Geometries Follow-Up Analyses: Tools Follow-Up Analyses: Information Petroleum Inclusions in Source Rock Homogenization Behavior of Petroleum Inclusions Reservoir Filling History from Fluid Inclusions Paleo-Pressure and Temperature Oil Inclusion API Gravity Oil Inclusion API Gravity #2 Crush GC Data on Fluid Inclusions GCMS Data From Fluid Inclusions GCMS Data From Fluid Inclusions Biogenic vs. Thermogenic Gas in Fluid Inclusions Prevailing Migration Model: Liuhua Area, Offshore China Migration Model with Integration of FIS, GCMS and Isotope Data Hydrothermal Experimentation: Simulating Basin Processes Compaction Experiment: Phosphoria Shale and Sand 1:9 Cementation Experiment: Phosphoria Shale and Sand 1:9 Cementation Experiment: Phosphoria Shale and Sand 1:9 Cementation Experiment: Phosphoria Shale and Sand 1:9 Process for Fluid Inclusion Study 1 Process for Fluid Inclusion Study 2 Process for Fluid Inclusion Study 3 Summary Summary (Cont.) |
Author: Dr. Donald Hall Email: FIT@fittulsa.com Home Page: www.fittulsa.com |