Deskripsi Training

This class provide the development of GIS utilization in mining industry, as a solution to produce the power of fully utilize information. GIS-based methods can be effectively used at mine development stages. GIS can be used for Exploration and Mine Planning to operate mines responsibly and optimum efficiency. GIS Application can provide both spatial data and attribute table to compile, process, display, analyze and management data.

Tujuan Pembelajaran

Setelah mengikuti pelatihan ini, peserta diharapkan mampu untuk:

•  Manage GIS work activitiesto support Geological Services and Mine Planning
•  Develop analysis and interpretation for spatial data
•  Develop conceptualization 2D and 3D visualization using GIS
•  Create spatial analysis and 3D analysis using ArcGIS software

Prasyarat

•  Experience in GIS projects and GIS Software
•  Having a good knowledge about coal mining industry

Tools

• Major software skill(s): ArcGIS, Global Mapper, QGIS
• Minor software skill(s): Minescape, XPAC, Minex, Deswik

Outline Materi

Day 1

Presentation:
GIS Application in Exploration & Geological Services
Introduction: GIS, ArcGIS, Shapefile, Geodatabase, Geoprocessing, ModelBuilder
– Spatial Data Workflow
– Spatial Data Processing and Analysis
– Map Design Visualization

Overview of ArcGIS Software:
Chapter-1: Coal Seam Quality and Thickness
– Spatial Database:
Roof, Floor and Coal Seam Quality
Contour
– Spatial Analyst Tools:
Interpolation, Map Algebra
– Conversion Tools:
Stream to Feature, Raster to Polygon
– ModelBuilder, dBase Table

Overview of ArcGIS Software: Chapter-2: Overlay Analysis for Assessment of Coal Seam Quality
– Spatial Database:
Coal Seam Quality Contour
– Spatial Analyst Tools:
Interpolation, Reclassify, Weighted Overlay, Weighted Sum
– ModelBuilder

Overview of ArcGIS Software: Chapter-3: 3D Visualization of Borehole and Coal Resource Modeling
– Spatial Database:
Topographic Contour, Drillhole, Seam Contour
– Spatial Analyst Tools:
Interpolation (kriging)

Day 2

Presentation: GIS Application in Mine Planning
Introduction: Integrating GIS to Mine
Planning
– Spatial Data Workflow
– Spatial Data Processing and Analysis
– Map Design Visualization

Overview of ArcGIS Software: Chapter-1: Visualization of Mine Planning and Design
– Spatial Database:
Pit Design, Disposal Design, Water Management Design
– 3D Analyst Tools:
Hillshade, Create TIN, Profile Graph

Overview of ArcGIS Software: Chapter-2: Hydrologic Modeling
– Spatial Database:
Digital Elevation Model
– Spatial Analyst Tools (Stream Flow):
Topo to Raster, Fill, Flow Direction, Flow Accumulation, Con, Stream Order
– Spatial Analyst Tools (Catchment):
Topo to Raster, Fill, Flow Direction,
Basin
– Data Management Tools:
Resample
– Conversion Tools:
Stream to Feature, Raster to Polygon

Overview of ArcGIS Software: Chapter-3: Optimal Route Planning for Haul Road
– Spatial Database:
DEM, Road, River, Village, Public
Facilities, Land Cover, Forest Status
– Spatial Analyst Tools:
Interpolation, Slope, Reclassify, Weighted Overlay, Weighted Sum, Cost Distance, Cost Back Line, Cost Path
– Conversion Tools:
Raster to Polyline
– ModelBuilder

Overview of ArcGIS Software: Chapter-4: Assessment of Mining Constraint Area
– Spatial Database:
DEM, Road, River, Village, Public
Facilities, Land Cover, Forest Status
– Geoprocessing:
Buffer
– Spatial Analyst Tools:
Interpolation, Slope, Reclassify,
Weighted Overlay
– Conversion Tools:
Raster to Polygon

Day 3

Presentation: GIS Capabilities for Mining Business Activity Report
Introduction: ESDM Regulation,
Integrating GIS to ESDM Reporting
– Feasibility Study Report
– Visualization and Spatial Data
– Map & Cartography Standardization
– Overview GIS Server and WebGIS

Overview of ArcGIS Software: Chapter-1: Map Standardization for Feasibility Study Report
– Layout Cartography Standardization:
Coal Resources Classification, Coal Quality Contour and Mining Sequence
– Export PDF Layers and Feature
Attribute using Georeference Information

Overview of ArcGIS Software: Chapter-2: 2D Cross Section of Resources Modeling
– Spatial Database:
Topographic Contour, Pit Design, Section Line, Coal Seam
– 3D Analyst Tools:
Create TIN
– Data Management Tools:
Feature to Polygon

Overview of ArcGIS Software: Chapter-3: 3D Visualization of Hydrologic Analysis
– Spatial Database:
Digital Elevation Model (DEM)
– Spatial Analyst Tools (Stream Flow):
Topo to Raster, Fill, Flow Direction, Flow Accumulation, Con, Stream Order
– Spatial Analyst Tools (Catchment):
Topo to Raster, Fill, Flow Direction, Basin
– Conversion Tools:
Stream to Feature, Raster to Polygon
– ModelBuilder

Overview of ArcGIS Software: Chapter-4: 3D Visualization of Mine Planning and Design
– Spatial Database:
Topographic Contour, Mine Design (Pit, Disposal and Settling Pond), Haul Road, River
– Spatial Analyst Tools:
Interpolation (topo to raster)
– 3D Analyst Tools:
Create TIN