GIS APPLIED TO INFORMATION MANAGEMENT OF ANDEAN AND

RAINFOREST PIPELINE

CAMISEA - PERÚ

INTRODUCTIONDESCRIPCTION OF THE PIPELINE’S TRANSPORTING

SYSTEM BY NG – NGL PIPES

CAMISEA - PERÚ

Malvinas

Lurin

Pisco

Click to edit Master subtitle style

ELEVATION PROFILE

COAST MOUNTAINS JUNGLE

4,827mts.

Cuzco JungleAndes HighlandsOcean Pacific Coast

NG PIPELINE COMPONENTSCAMISEA

CAMISEA

LURIN

32”24”18”

517.9 km 207.9 km734 km

PCS #1

469.9 km

216.1 km 310.0 km 207.9 km

COSTA SIERRA SELVA

Description NG Pipeline

24”

595 km699.6 km

105 km

CS #1

CAMISEA

300400

102.8 km 454.5 km

NGL LINEPISCO

14 ”10”454.5 km561 km

PRS #3

470.2 km PS#4

223.9 km

PS#3

207.7 km

PS#2

107.9 km

PS#1

0 km

PRS #2 PRS #1

COSTA SIERRA SELVA

Description NGL Pipeline

NGL PIPELINES COMPONENTSCAMISEA

GOALS AND IMPLEMENTATION OF THE GEOGRAPHIC INFORMATION SYSTEM

(GIS)

SYSTEM COMPONENTS

SYSTEM ARCHITECTURE

GIS DATA SERVER (Oracle)

(ArcGIS Pipeline Data Model ‐ APDM)

PIPELINE INTEGRITY MANAGMENT

NEGOCIATIONS

SCADA

SHAREPOINT MANAGEMENTDOCUMENTS

WEB GIS

DESKTOP(ArcGIS)

CUSTOMERSAPPLICATION SERVERS

PLATFORMCORPORATE INTEGRATION

ArcSDE

DATA ENTRY – UPDATING DATA

DATA BASE(APDM)

LEGAL

NEGOTIATIONS

ENGINEERINGINTEGRITY

ENVIRONMENTAL

COMMUNITY RELATIONS

GEOTECHNICAL

PREVENTIONDAMAGE

MAINTENANCE

TRANSPORTATION

TECHNOLOGYINFORMATION

TOOLS - SYSTEM USERS

• EDITOR• VIEW• WEB

• ArcInfo 2 license• ArcEditor 4 License• Arcview 4 License• ArcGis Server

USERSExtensions:• 3D Analyst• Spatial Analyst

GeoDatabase Information Organization - APDM for Risk Assessment

!.

!.!.

!.!.!.

!.!.

!.!.!.

!.!.!.

!.!.!.!.!.

!.!.

!.

!.!.

!.!.

!.!.

!.!.

!.!.

!.!.

!.!.!.!.!.!.

!.!.

!.!.

!.!.!.!.!.!.!.!.

!.!.

!.!.

!.!.

!.!.!.

!.

!.!.

!.!.!.!.!.!.

!.!.

!.!.

!.!.

!.

!.!.!.!.!.

!.!.!.

!.!.

!.!.

!.!.

!.!.

!.!.

!.!.

!.!.

!.!.

!.

!.!.!.!.!.!.!.!.!.!.!.!.!.!.

!.!.

!. !.!.

!.!.

!.!.

!.!.

!.

PS-3

PS-4

CONTROL POINT

STATION SERIES

MAIN ELEMENTSGEODATABASE - APDM

MAIN ELEMENTS IN THE GEODATABASE

Core ElementsControl Point

Station Series

DATABASE(APDM)

INTEGRITY  

THRE

ATS

INTERNALCORROSION

EXTERNAL CORROSION

STRESS CORRSION CRACKING

EXTERNAL FORCES

INCORRECT OPERATIONS

MECHANICAL DAMAGE

MANUFACTURING DEFFECT

EQUIPMENT FAILURE

CONSTRUCTION DEFFECTS

GEO‐HAZARDS

MAIN ELEMENTSGEODATABASE

OnLine Elements

OffLine Elements

OffLineLocation: 02 Registros

OffLine: 01 Registro

Station: 1100Station: 1000

BeginStation: 1050 EndStation: 1150

RIESGO TOTAL POR FUERZAS EXTERNAS

PIM Vs GIS INTEGRATIONPRESENTATION OF RESULTS

PIM Vs GIS INTEGRATIONPRESENTATION OF RESULTS

OTHER APPLICATIONS OF GEOGRAPHIC INFORMATION SYSTEM

TgP – COGA

BASIC FUNCTIONALITIES Owners / Possessors in the ROW

BASIC FUNCTIONALITIESSPATIAL REQUEST

BASIC FUNCTIONALITIES HISTORICAL INFORMATION - DOCUMENTS

SATELLITE IMAGES AND TOPOGRAPHIC SURVEYS WITH LASER

CONTINGENCY SCENARIOS ASSESSMENT OILMAP

OILMAPIs a numerical model 

that calculates the path of a supposed spillage by 

land and rivers

Punto de Rotura : 92+500Punto de Control : 12Volumen de Derrame : 2993 blsTiempo de Derrame : 5 horasVelocidad río : 1 m/sVelocidad viento : 1m/sDirección de Viento : NEAncho río : 99 metros

AIRMAP is an atmospheric dispersion model designed to predict the 

path and destination of the gases produced toward the atmosphere

CONTINGENCY SCENARIOS ASSESSMENTAIRMAP

CONCLUSIONS

• The Geographic Information System (GIS) TGP ‐ Coga is used permanently for users,because it has updated and well organized. Due to the complicated our reality, we havewide variety of information which often can only be related spatially, GIS will thus facilitatethe user access to information from different areas and different types of information tofacilitate decision‐making accurately and quickly.

• Geographic Information Systems have become in recent years in an important andincreasingly necessary to manage information as well as for specific studies.

• The tools and functionality of GIS, allows us to display the spatial location of the high‐riskareas, allowing an integral analysis, identifying inside the area of influence of the system:village, river network, communities, location of facilities, roads , power lines, etc. that arerelated to pipeline integrity management

• Geodatabase based on the APDM data model may be applicable to any PipelineTransportation System to facilitate data management and ensuring that assessments ofrisk and integrity management are made on reliable information and efficient way.

Click to edit Master subtitle style

THANK YOU