1. Geology update on December 10 - IPM
PT FREEPORT INDONESIA WEB GIS AND DATA INTEGRATION SYSTEM IMPLEMENTATION
Harman Setyadi
Mine Engineering Dept, Bandung Institute of Technology
ASIA GEOSPATIAL FORUM, October 2011, JAKARTA

2. INTRODUCTION The total ore reserve in 2007 is 2.81 billion mT
Grasberg
Au-Cu Mine
Highlight model update for March 2011 IPM :
In March 2011 IPM uses :
Using new estimate grade
Geology Model Update for : Clay altered limestone at OHS3 HSZ on sector 340 – 20 degree ( will be discussed on the following slides).
Mill material type use previous Mar 2010 model. DSTK criteria no changes based on vein density and anhy content
Problematic material . D sericite ore is wider than previous model based XRD data.
RQD and geotechnical model using August and November 2010 data
The total ore reserve in 2007 is 2.81 billion mT
1.04% Cu, 0.90ppm Au and 4.16 ppm Ag
Daily production: ~250 Kton/day ore

3. GIS for Exploration Work
Conversion paper work format to digital format
Paper  ACAD  GIS format
Issues : map versioning, accuracy
Conversion spreadsheet to the Database
Paper, spreadsheet  MS Access  In-house SQL Database (Geobase) Commercial Database
Issues: duplicate sample, incomplete sample information, mismatch information, various format data
Requirement: data validation during data conversion and data entry.
Geochemical & Geophysical Data processing
Sample Co-ordinates correction
Generate new images of geochemical & Geophysical information.
GIS compilation for Mineral Occurrence Evaluation
Training for all geologists,
Assign GIS specialist from existing geologist
Issues : Change Management Process, lack of computer skill  resistant to change

4. Objectives Integrated GIS
To improve our ability to provide data, maps and reports for compliance purposes in a timely manner.
Establish geosciences central information repository through common solution platform
Improve governance, audit ability, and transparency of geosciences information management, process, and system
Consolidate GIS system desktop licenses
Implement clear accountability matrix for geosciences information management

5. Common GIS Architecture
Geology – Exploration
Interpretation Map
Drainages
Common Geographic Information System
Infrastructures
Topography
Geology-
Geophysical
Demography
Remote
Sensing
Forestry -
Vegetation
Hydrology
Database
Civil
Geotechnical
UG Mine Prod
Drilling
UG Geo-science
Civil Geotechnical
Potential Hazard Map
Environmental
Monitoring Program
Social – Demography
Fixed Asset Map
Underground Mine
Hazard Monitoring
Tailing Retention
Project
Surface Mine
Other Compilation
Map & Reports
GRS Prism

6. Option 1: Do Nothing Pros Cons No additional cost and effort
Not required network infrastructure
Cons
Every users may have different data version
No standardized data format.
Inconsistent data quality
Data storage redundancy
Not clear responsibility
Limited GIS ability/ functionality.
Less of Information dissemination

7. Option 2: Develop Integrated GIS
Pros
Align to FCX Global GIS strategy
Standardized GIS data (maps, images, reports)
Reduce Data Redundancy
Reduce time for data finding and compilation
Improve data validation, especially for routine data
Allow to improve comprehensive data interpretation
Improve accessibility
Reduce maintenance and License cost.
Cons
Require more procedures.
Required competent QA/QC resources.
Required initial investment (US $ 118,500).

8. Hazard Mapping and Monitoring
Scopes of GIS Work
Mining Area Mapping
Drilling Activity
Drill Core
Transport
Early Warning
System
Hazard Mapping and Monitoring
Fixed Assets Mapping
Tailing Deposition
Monitoring
TSS Monitoring
(KEPMEN 431)
Pandan Lima
Mod ADA

9. Civil Geotech – Hazard Monitoring

11. The concept of proposed Web GIS Integration

12. Grasberg Prism Monitoring

13. Grasberg Prism Monitoring

14. Grasberg Prism Monitoring

16. Status Update
The first stage of Web GIS and Data Integration was competed, which is cover the prototype of the system implementation.
The second stage for detail and live data connection to the monitoring devices for:
Civil Geotechnical Geo Hazard, 75% completed
Grasberg Geo Hazard & Prism monitoring, 50% completed
Underground Geo Hazard monitoring, 25% completed.

17. Our Goals
Our Data is increase rapidly, to understanding of the meaning of data and the maintaining data in the high quality standard is critical,
Data should be : Assessable, Clean and ready to use
Integrated geo-science data relationship,
Optimizing of the data use, getting the information and make better decision.

18. Knowledge Discovery (KDD) Process
Pattern Evaluation
Data mining—core of knowledge discovery process
Knowledge
Data Mining
Task-relevant Data
Selection
Data Warehouse
Data Cleaning
Data Integration
Databases
Data Mining: Concepts and Techniques, Putri Saptawati, 2011

19. Data Mining and Business Intelligence
Increasing potential
to support
business decisions
End User
Decision Making
Data Presentation
Business
Analyst
Visualization Techniques
Data Mining
Data
Analyst
Information Discovery
Data Exploration
Statistical Summary, Querying, and Reporting
Data Preprocessing/Integration, Data Warehouses
DBA
Data Sources
Files, Web documents, Scientific experiments, Database Systems, Geo-spatial data
Data Mining: Concepts and Techniques, Putri Saptawati, 2011

20. Conclusion GIS is only one of tool to make data visualization.
web GIS in the integrated system using automatic data replication/ update will give more benefits: reduce man power, accelerate the routine process and make standard report format.
Integrated database is not only valuable for web GIS but also for other third parties visualization software and/or reporting system
Although this project is not totally completed, we consider that this project will give more benefit to the company.
We going forward for continue improvement of the system and idea.

21. Thank You
Amolongo
Amakanie
Kaonak