3d modeling by gis

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EGI Facility As-Built Services 3D Modelling Using GIS System for Existing Facility & Data Management in Iraq.

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Page 1: 3D Modeling by GIS

EGI Facility As-Built Services 3D Modelling Using GIS System for Existing

Facility & Data Management in Iraq.

Page 2: 3D Modeling by GIS
Page 3: 3D Modeling by GIS

SUMMARY

• Engineering with Geographic Information Systems (GIS).

• Balanced approach will enables to collecting information that can be used to support the development of high accuracy models as well as rich geodatabase deliverables.

• High accuracy data collection system capable of producing survey grade Global Navigation Satellite System (GNSS) accuracy for asset locations in Iraq.

• All data is to be processed using GIS tools and formatted to integrate with Computer-aided Design (CAD) modelling software.

• Data attribute models are fully customizable to promote flexibility and value for a broad range of customer requirements.

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AS BUILT PROCESS

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VALUE OF HIGH ACCURACY AS-BUILT

• With an accurate 3D model, owners are able to reverse engineer existing sites in order to increase the operational efficiency. :

• Significant Improvement to projects.

• Establishing a high quality as-built for existing facilities is a critical component for operations, engineering, and integrity groups.

• Inaccurate drawings or a lack of information on existing facilities make the processes for maintenance, optimization, and expansion can be tedious and expensive.

• Improved understanding of operational conditions. • Improved engineering records for facility expansion • Easy generation of 2D site plans • Streamlined P&ID and PFD development • Easy generation of isometric and spool drawings

• Easy generation of bill of materials • Easy generation of Line Lists • Improved data collection accuracy. • Easy integration into asset management applications • More efficient and lower costs for field data

collection

Page 6: 3D Modeling by GIS

Engineering

Mechanical, civil, process, and electrical engineers to support our drafting professionals.

Customize the drafting standards to integrate with our customer’s specifications and requirements.

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Engineering

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Use of customizable Geo Referenced Datasets for Pipe and Fittings, Asset Tag Data, Vessels, Valves, Buried pipe, Buildings, Piles, and Photos.

Geodatabase information is the foundational reference for the 3D model.

Customize geodatabase deliverables to integrate with any corporate GIS system and most asset management applications.

As a result, we should be able to collect rich datasets for onsite assets and provide GIS based deliverables as a component of our service.

Process and validate GIS data

GIS Expertise

Page 10: 3D Modeling by GIS

APPROACH & METHODOLOGY

FIELD DATA COLLECTION

DRAFTING 3D MODELING

Web Enabling of

GIS software applications

LOCAL CONTENT TRAINING &

SUPPORT

DATA MANAGEMENT& INFRASTRUCTURE

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FIELD DATA COLLECTIONField data collection requires the combination of multiple skill sets. EGI field data collection teams include the following disciplines:

• Engineers: to ensure the material specifications, measurements, valves, pressure safety valve’s (PSV), vessels, and process equipment are accurately documented, and that the overall plant processes are well understood.

• Drafting Technicians: It is a major benefit to have a modeler and drafter present during the field data collection process in order to streamline the drafting process and create a heightened familiarity with the asset.

• Pipe and Fittings • Asset Tag Data • Vessels • Valves • Buried pipe • Building • GIS Technicians: These technicians

will ensure that asset data is spatially accurate as well as verifiable, traceable and complete.

• GIS team : Complete field data collection initiatives should people with professional designations.

• GIS DATA PROCESSING • Best in class GIS tools to process the

geospatial field data and create the geodatabase for the facility as-built.

• The processes and procedures will enable us evaluate and process data daily to ensure accuracy and completeness.

• The work by GIS technicians produces the foundation for the 3D model and the ultimate geodatabase deliverable.

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3D Model (Intergraph® CADWorx®)

Piping and Instrumentation

Design (P&ID) (Autodesk AutoCAD®)

Site Plans (Autodesk AutoCAD®)

3D Model Viewer (Autodesk

NavisworksFreedom 3D

Viewer)

Process Flow Diagrams (PFD)

(Autodesk AutoCAD®)

Bentley AutoPLANT

P&ID.For the rest of web based tools supports

reporting and file sharing

Bentley has another useful software called Vision for easy

access to 3D models

DRAFTING 3D

MODELING

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DATA MANAGEMENT& INFRASTRUCTURE

01A web-based platform : Enables the Client to plan, manage, and monitor engineering and EPC projects in real time

02This platform is used for internal communication between team members or for external communication between management and stakeholders

03It helps collaboration across departments (like engineering and customer service, engineering and on-site, etc.) and to control every aspect of project management from to-do lists to progress reports to delivery forecasts.

04The engineers could create, share, update, secure, import or archive drawings and worksheets in the parent software (like Autocad or Excel)

05During reviews, teams and individuals could discuss and make changes to a drawing online, and then get the changes updated automatically

06Everybody on a project team (drafting engineers, senior project directors) will benefit from this platform. Streamlines day-to-day technical activities (sharing and updating documents) as well as 'big picture' activities

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Web Enabling of GIS software applications

• As an industry standard many software product companies are migrating their applications to web technology, • Provide the right mix of experience and exposure on varied platforms and development tools which assist in offering

software services related to web enabling of GIS applications.• All applications can be tailored to your specific needs, IT implementation environments, and preferences.

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Application development services include:

Platform and technology selection for GIS applications, GIS integration with MS applications

Application Design and Development including GUI design

Implementation support

Application Testing for performance and security

Application maintenance and enhancement

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Training programs for Client employees

Soft Skills Training & Support

LOCAL CONTENT TRAINING & SUPPORT

• Process equipment field collection & documentation

• Materials specifications, measurements, valves, pressure safety valve’s (PSV), vessels.

• Drafting & modeling

• 3D Model • 3D Model Viewer • Process Flow Diagrams (PFD)

(Autodesk AutoCAD®) • Piping and Instrumentation Design

(P&ID) (Autodesk AutoCAD®) • Site Plans (Autodesk AutoCAD®)• CAD Operators

Engineering

Training &

Support

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FUTURE PROJECT SCOPE – ONE STOP SHOP

• Select an existing pilot project.• Working with engineering, operations, and asset

integrity groups to ensure that all needs are evaluated and addressed

• In Job Training Plan• Prepare Client team for future projects• Assist Client to

• A thorough review of all existing drawings and records is a component of the scoping phase.

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Results shall include the delivery of the following:

• Document drawing standards and specification

• Build project data base.• Improve Asset data

requirements.

• Improve GIS and Asset Management teams capabilities with respect to the integration of the geodatabase

• Improve technicians capabilities in field data collection

• Train Engineers & CAD operators to enable effective utilization of the model

• Support client in any future projects

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THANK YOU FOR WATCHING