1. GeoMark’s Rock & Fluid Database
2014 GOM3 User Conference
GeoMark’s Rock & Fluid Database
Introduction to GeoMark
Overview of GeoMark data within GOM3
Review of GeoMark’s new Rock & Fluid Database (RFDbase)
Ethan Brown

2. Regional Geochemical Data & Interpretation
Analytical Services
Source Rock
Analysis
HUMBLE
Oil Analysis
HOUSTON
MGIA / PVT
LAFAYETTE
STUDIES
Regional Geochemical Data & Interpretation
DATABASES
Rock & Fluid Databases (RFDbase)

3. Interpretive Studies ANALYSIS LEGEND Oil Oil Seep Source Rock
Rock Extract
Gas Compositions & Isotopes
Gas Compositions Only
PVT

4. Database (RFDbase) Purpose: RFDbase contains: Data Sources
Effortlessly view all geochemical data available to you
Easily extract that data for further analysis
RFDbase contains:
Source Rock
Oil
Gas
Mud Gas
PVT
Formation Water
Data Sources
Study Purchases
Database Subscriptions
Proprietary Analysis
Proprietary Loading

5. Global Geochemical Database
Data coverage for current study purchases / database subscriptions
Source Rock
241,451 samples
Oil
11,852 samples
Gas
17,812 samples
PVT
1,494 reports
Formation Water
58,706 samples (US only)

6. Gulf of Mexico Coverage
Data coverage for current study purchases / database subscriptions
Source Rock
~70 samples
Oil
~1,400 samples
Gas
~3,200 samples
PVT
~200 reports
ANALYSIS LEGEND
Oil
Oil Seep
Source Rock
Rock Extract
Gas Compositions & Isotopes
Gas Compositions Only
PVT
Formation Water

7. GeoMark Data accessible in gom3

8. Reports launched within gom31 2

9. Detailed Sample Report access

10. Purpose of RFDbase platform
Effortlessly view all geochemical data available to you
Easily extract that data for further analysis

11. Search Data Map Search Detailed Search Quick Search Map Attributes 1 23 4 1
Map Search 3
Detailed Search 2
Quick Search 4
Map Attributes

12. View and Export Data
Data Export
Summary Report
Detailed Report

13. Coming Soon / Other capabilities
GOM3 updates
Add Gas samples
Add PVT samples
Add all database ‘Oil’ samples
Additional capabilities using RFDbase
View all proprietary data
Build Analysis-specific queries
Download the data (Excel or Access)
Download supporting data (D files, mass chromatograms)

14. Switching from ARCIMS Rationale: Complications Result
Reservoir Fluid Database originally designed using ArcIMS and Cold Fusion. ArcIMS approaching end of life (Jan 2016)
IMS did not support securely web services to clients (ESA)
Legacy RFDbase limited in ability to handle 1:Many sample ratios (SR, MGIA). Size impacting performance.
Complications
Methodology Used: Waterfall  Chaos Model  Agile
Flex  JavaScript
Custom development vs. Out-of-the-box
Result
1 yr to develop Version 1.0 (Viper)
9 mo to develop Version 1.1 (Mongoose)
3 mo in development for Version 1.2