Www.fcx.com Connecting the World PT FREEPORT INDONESIA WEB GIS AND DATA INTEGRATION SYSTEM IMPLEMENTATION Harman Setyadi Mine Engineering Dept, Bandung.

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Connecting the World

PT FREEPORT INDONESIA WEB GIS PT FREEPORT INDONESIA WEB GIS AND DATA INTEGRATION SYSTEM AND DATA INTEGRATION SYSTEM

IMPLEMENTATIONIMPLEMENTATION

Harman SetyadiHarman SetyadiMine Engineering Dept, Bandung Institute of Mine Engineering Dept, Bandung Institute of

TechnologyTechnologyASIA GEOSPATIAL FORUM, 17-19 October 2011, ASIA GEOSPATIAL FORUM, 17-19 October 2011,

JAKARTAJAKARTA

INTRODUCTION

GrasbergAu-Cu Mine

The total ore reserve in 2007 is 2.81 billion mT1.04% Cu, 0.90ppm Au and 4.16 ppm Ag

Daily production: ~250 Kton/day ore

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

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

Common GIS Architecture

Geology – ExplorationInterpretation Map

Drainages

Common Geographic Information System

Infrastructures

Topography

Geology-Geophysical

Demography

Remote Sensing

Forestry - Vegetation

HydrologyDatabase

CivilGeotechnical

UG Mine ProdDatabase

DrillingDatabase

UG Geo-scienceDatabase

Civil GeotechnicalPotential Hazard Map

EnvironmentalMonitoring Program

Social – DemographyFixed Asset Map

HydrologyMonitoring Program

Underground MineHazard Monitoring

Tailing RetentionProject

Surface Mine Hazard Monitoring

Other CompilationMap & Reports

GRS PrismDatabase

Option 1: Do Nothing

Pros- 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

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).

Scopes of GIS Work

Mod ADA

Drilling ActivityEarly Warning

System

Fixed Assets Mapping

Drill Core Transport

Mining Area Mapping

Hazard Mapping and Monitoring

TSS Monitoring(KEPMEN 431)Pandan Lima

Tailing Deposition

Monitoring

Civil Geotech – Hazard Monitoring

Personnel

ACQUIRE DATA MANAGEMENT

TRMPReg. HydrologyCivil Geotech

QAQCData Validation

Digital Maps: Topography,

Image, Drainage, etc.

GIS File FolderServer

Drawing Data Editing & Updating

Database Review & Validation

Desktop GIS

Web GIS Data Posting, Processing

Web GIS

Standard Routine AcQuire Report

Object Report Portal

Geo Modelling

Environmental DatabaseRain Fall,

Geochemistry

Rain Fall QC Exception File

Real Time Data Transfer

PDA Data Dump

Manual Data Entry

Wednesday, May 06, 2009

Regional Geosciences, TRMP, Environmental GIS and Data Integration Proposal – May 2009

Rain FallTSS

Rain FallTSS, Flow, Geotech

Rain FallTSS, Flow, Geotech, Transect, Geochem

Tide SimulationAnimation

The concept of proposed Web GIS Integration

Geological & Geochemical

Database

Geophysical Database

Web GIS and Geodatabase

System

Image Processing/ Geophysical

Software

Fixed Wing Airborne Geophysical Survey

Helichopter Airborne Geophysical Survey

Ground Geophysical Survey

Down Hole Geophysical Survey

SS; PC; RC,BLEG; Soil Bench, ±Geological Logging

Soil, RC, Test Pit, Auger Test, ±Geological Logging

RC, Trenching, Channel Test,±Geological Logging

Shallow Drill/ Winkie <50m±Geological Logging

Medium Drill (50m – 200m)±Geological Logging

Deep Drill (> 200m)±Geological Logging

CADMapping System

Different Scale of Geological Mapping

Different Scale of Topography/ Drainage survey/ Ifrastructures

Down Hole Survey

Image Processing/

Spatial Analysis

3D Mine Modeling Software

Remote Sensing, Airborne

PhotogrammetricSatellite Data

acquisition

Surface Mine Hazard

Database

Underground Mine Hazard

Database

Surface Mine Hazard Monitoring Data Collection

Underground Mine Hazard Monitoring Data Collection

Need Quick Respond

Hazard Warning

System & Reporting

Mine Road & Mine Town Civil Geotechnical Hazard

Monitoring

Real Time Rain Gouge Monitoring

Civil Geotechnical

Hazard Database

Rain Fall Database

Agregation

Mine Area Environmental

MonitoringEnvironmental Database

Environmental Reports

FINISH

FINISH

Hazard Warning

System & Reporting

FINISH

Exploration Reports

3D Model, Geology,

Mine

Harman Setyadi, NIM:32111001, Mine Engineering ITB

Proposed of PT Freeport Indonesia Integrated Data Related to Web GIS (Aug 2011)

ST

AR

TS

TA

RT

START

START

Data Tracking Report

FINISH

Web GIS

FINISH

Grasberg Prism Monitoring

Grasberg Prism Monitoring

Grasberg Prism Monitoring

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.

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.

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Knowledge Discovery (KDD) Process

- Data mining—core of knowledge discovery process

Data Cleaning

Data Integration

Databases

Data Warehouse

Task-relevant Data

Selection

Data Mining

Pattern Evaluation

Data Mining: Concepts and Techniques, Putri Saptawati, 2011

Data Mining: Concepts and Techniques, Putri Saptawati, 2011

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Data Mining and Business Intelligence

Increasing potentialto supportbusiness decisions End User

Business Analyst

DataAnalyst

DBA

Decision Making

Data Presentation

Visualization Techniques

Data MiningInformation Discovery

Data ExplorationStatistical Summary, Querying, and Reporting

Data Preprocessing/Integration, Data Warehouses

Data SourcesFiles, Web documents, Scientific experiments, Database Systems, Geo-spatial data

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.

Thank YouAmolongoAmakanie

Kaonak