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BIM for Plant - Datenaustausch im

Anlagenbau nach ISO15926 / DEXPI

Reiner Meyer-RösslGlobal Business Development Process Plant

Autodesk

© 2016 Autodesk© 2016 Autodesk© 2016 Autodesk

Reiner Meyer-Rössl

Global Business Development Process Plant Industry

Digital Plant Kongress 2016

BIM for Plant - Datenaustausch im Anlagenbau nach ISO15926 / DEXPI

BIM – Versuch einer AnnäherungDatenaustausch im AnlagenbauDEXPI/ISO15926 InitiativeAutodesk BIM tools im AnlagenbauZusammenfassung

Agenda

BIM

DigitalPlant Konferenz anno 2015…

BIM - Building Information Model

BAM - Building Assembly Model … in der Bauphase

BOOM - Building Operational and Optimization Model … für die Betriebsphase

Sehr lustig. Jetzt aber:

© 2015 Autodesk, Inc. All rights reserved

Lebenszyklus eines Gebäudes


DetailedDesign

Procurement &

Materials Mgt.

Conceptual Design

Construction & Commissioning

Operations

Maintenance

Revamp & Upgrading

Decommissioning

Conceptual Design

DetailedDesign

Procurement &

Materials Mgt.


Lebenszyklus einer Anlage

Build & Operate

Revamp & Upgrade

BIM Definition

Definition von BIM

Was ist BIM?

BIM ist ein Prozess, bei dem ein intelligentes 3D-Modell erstellt und genutzt wird, um fundiertereProjektentscheidungen zu treffen und diese besser zu kommunizieren.

Informationsnutzung: Visualisierung, Simulation & Analyse

Leistungsphasenentwicklung & Bewertung

Entscheidung bei geplanten und ungeplanten Umbaumaßnahmen

Dokumentation

Bauen

Übergabe

Betreiben eines Gebäudes

Einbeziehung aller Stakeholder

Definition BMVI

„Building Information Modeling bezeichnet eine kooperative Arbeitsmethodik, mit der auf der Grundlage digitaler Modelle eines Bauwerks die für seinen Lebenszyklusrelevanten Informationen und Daten konsistent erfasst, verwaltet und in einer transparenten Kommunikation zwischen den Beteiligten ausgetauschtoder für die weitere Bearbeitung übergeben werden.“*

*Quelle: BIM Stufenplan BMVI 12/2015

Autodesk (2002)Wer hat’s erfunden?

BIM = Störfallvermeider

Vermeidbare Mängel am Bau

Fehlerkosten traditioneller Planung:

dokumentiert und (fast) alltäglich


Störfälle an Anlagen

BIM = collaboration

Building Lifecycle

Verluste an Knowhow im Lebenszyklus

“To do data handover from design to operations in our last project - 100,000 man hours“

Martin Rittmeister, October 2013

VP of Engineering @ Linde Engineering

http://www.linde-engineering.com/en/index.html

Verluste an Knowhow im Lebenszyklus

http://www.linde-engineering.com/en/index.html

Graphische / Alphanumerische Daten erzeugen und im Lebenszyklus pflegen

Graphische Daten

Alphanumerische

Daten

Bauen

Graphische Daten

Alphanumerische

Daten

Planen

Daten Daten

Betreiben

Graphische Daten

Alphanumerische

Daten

0%

100%

Informationsentwicklung / Model Progression

BIM = mandate

Ranking Digitalisierung im Weltmarkt: Germany

* Digitization and Prosperity,Source: Global Insight, Booz & Company

analysis

Countries that have achieved advanced levels of digitization, … , have realized significant economic, social, and political benefits. For them, digitization is a pathway to prosperity.

Ranking Digitalisierung im Weltmarkt: Austria/Germany

* Digitization and Prosperity,Source: Global Insight, Booz & Company

analysis

Countries that have achieved advanced levels of digitization, … , have realized significant economic, social, and political benefits. For them, digitization is a pathway to prosperity.

UK BIM Maturity Model Level 2 performance target set for 2016

December 2015 Minister Dobrindt BMVI announced BIM Road MapBIM for Infrastructure Mandate by 2020 for all new projects

Example: BIM Dynamics Germany

BIM = Revit

Autodesk Revit

BIM = Interoperabilität

There is only one buildingSMART’s openBIM®


buildingSMART Members

Autodesk supports IFC and buildingSMART International openBIM|

Actively participates in buildingSMART’s Strategic Advisory Committee and Standards Committees|

Secured the rigorous IFC 2x3 Coordination View 2.0 certification in the first wave of vendors

Includes IFC 4 capabilities in Autodesk® Revit® 2017

Maintains the most IFC certifications of any vendor

Made IFC import/export tool for Revit open source (only vendor)

BIM = IFC

14 Autodesk 2017 products that support IFC A360

Advance Steel

AutoCAD Architecture, MEP

AutoCAD Civil 3D

BIM360 Glue

CADmep

Fabrication ESTmep

Infraworks

Autodesk Inventor

Navisworks solutions

Autodesk Revit (Architecture, Structure, MEP) (IFC certified)

Autodesk Revit LT (IFC certified)

Robot Structural Analysis

© 2015 Autodesk

How IFC can work

Designer Contractor

IFC

Concept

File

IFC

Coordination

File

Client wants to

build a school

Concept design to

meet client’s

requirements model

using BIM vendor A

Building is modeled

(with major

systems) using BIM

vendor B

Major systems

tagged with attribute

and operational data

using BIM vendor C

CMS uses

maintenance BIM

IFC data to inform

operation of school

School

opens

Contractor uses BIM

to plan construction,

make cost estimates,

input product

information

BIM to analyze,

quantities, energy

performance, and

more

COBie IFC

Data IFC

File

Energy

IFCxml File

All stakeholders can access, modify, and share digital information

IFC Link IFC Link IFC Link IFC Link IFC Link

© 2015 Autodesk

History of IFC in Revit (through R2016)

Revit Building 8: IFC added

RAC 2008: Full Extended

Coordination View certification

R2013: Open Source Alternate

UI added for export

R2014: Basic IFC4 export

R2015: Link IFC added to open

source

Revit Building 9: Full Singapore Code Checking

View certification

R2012 UR2: Open Source added for

export

R2013: RAC, RST, RME receive CV

2.0 export certification

R2014: RLT supports IFC,

receives CV 2.0 export

certification

R2015 R2: Link IFC objects

referenceable

R2016: Import Link IFC is certified

© 2014 Autodesk© 2014 Autodesk

IFC Viewing - A360 Platform / BIM 360


openBIM communicationEMEA openBIM URLs:

• www.autodesk.com/ifc

• www.autodesk.com/openbim

• www.autodesk.com/interoperability

• www.autodesk.fr/ifc

• www.autodesk.fr/openbim

• www.autodesk.fr/interoperability

• www.autodesk.de/ifc

• www.autodesk.de/openbim

• www.autodesk.de/interoperability

EMEA openBIM Team:

• Lucie Magaud, Claudia Coy, Emmanuel Di Giacomo, Ralf Mosler, Krisztian Hegedus, Michael Degen

http://www.autodesk.com/ifc

http://www.autodesk.com/openbim

http://www.autodesk.com/interoperability

http://www.autodesk.fr/ifc

http://www.autodesk.fr/openbim

http://www.autodesk.fr/interoperability

http://www.autodesk.de/ifc

http://www.autodesk.de/openbim

http://www.autodesk.de/interoperability

Advantages of Autodesk Revit IFC open source

Increase customer flexibility to add new property sets and data

Updates are decoupled from Revit’s release cycle with 40 software releases of the open source toolkit since its release.

Provide a method for quick support of IFC standard extensions (MVD’s) as they are introduced

Allow others outside the Revit software development team to make contributions to IFC functionality

Autodesk Revit IFC is open source

© 2015 Autodesk

0

10000

20000

30000

40000

50000

60000

70000

80000

90000

100000Total

2011 2012 2013 2014 2015

Revit IFC has 100,000 downloads Download momentum is growing every day

© 2015 Autodesk

© 2015 Autodesk © 2015 Autodesk

http://apps.exchange.autodesk.

com/RVT/Home/Index

Contains all versions from

Revit 2013 to 2016, no code

http://sourceforge.net/

projects/ifcexporter

Only public location

containing source code

Contains all versions from

Revit 2012 to 2016

Where to get Revit IFC open source

APP STORE

http://apps.exchange.autodesk.com/RVT/Home/Index

http://sourceforge.net/projects/ifcexporter

Is theresomething likeIFC for Plant?


Agenda

Projekte im Anlagenbauwer mit wem was warum und wie

Projekte sind komplex und global mit permanenten Datenaustausch

Vielzahl von: Schnittstellen

Kommunikationswege

Sprachen u. –barrieren

Datenaustausch im Lebenszyklus einer Anlage

DetailedDesign

Procurement &Materials Mgt.

Conceptual Design


Operations

Maintenance

Revamp & Upgrading

Decommissioning

Conceptual Design

DetailedDesign

Procurement &Materials Mgt.


Dokumente Graphiken (2D, 3D) Daten (Listen) Strukturen

Datenarten

PapierDatenträger (CDRW,

USB)FTP E-Mail

Cloudspeicher Soziale Netzwerke VPN

Medien

CSV, XLS

DWG, DXF, DGN

STEP, IGES

SDNF, CIS/2

PCF, IDF

IFC

....

Elektronische Datenformate im Anlagenbau

SDNF

PCF

STEP

Steel Design

Piping Design

Equipment Design

Beispiel Modellkonvertierung zwischenAutoCAD Plant 3D und Aveva PDMS

STEP STandard for the Exchange of Product Model Data

In Deutschland als Norm gültig: DIN EN ISO 10303-210: Elektronische Montage, Verbindung und Gestaltung (12.2002)

DIN ISO 10303-212: Elektrische/elektrotechnische Systeme und Anlagen (12.2004)

DIN ISO 10303-225: Gebäudeelemente unter expliziter Darstellung der Bauteilgeometrie (12.2004)

STEP-File ISO 10303-21 Clear Text Encoding of

the Exchange Structure

Quellen (Internet 22.11.2013): http://en.wikipedia.org/wiki/ISO_10303 http://de.wikipedia.org/wiki/Standard_for_the_exchange_of_product_model_datahttp://en.wikipedia.org/wiki/STEP-File

http://en.wikipedia.org/wiki/ISO_10303

http://de.wikipedia.org/wiki/Standard_for_the_exchange_of_product_model_data

http://en.wikipedia.org/wiki/STEP-File

AVEVA PDMS Equipment Model

Equipment exchange between PDMS and AutoCAD Plant 3D

AutoCAD Plant 3D Equipment Model

AutoCAD Plant 3D Equipment Design modification

AutoCAD Plant 3D Equipment Model

Equipment exchange between PDMS and AutoCAD Plant 3D

AVEVA PDMS Equipment Model

Ursprünglich von der Intergraph FrameWorkuser community entwickelt

Das Format unterscheidet folgende Elemente: Lineare-Elemente

Platten-Elemente

Loch-Elemente

Lastangaben

Verbindungs Informationen

Raster Informationen

Gebogene Elemente

SDNFSteel Detailing Neutral Format

Quellen (Internet am 22.11.2013): http://www.sdnf.de/http://help.aveva.com/AVEVA_Everything3D/1.1/SDUVPDMS/wwhelp/wwhimpl/common/html/wwhelp.htm#href=OSUG3.32.01.html&single=true

http://www.sdnf.de/

http://help.aveva.com/AVEVA_Everything3D/1.1/SDUVPDMS/wwhelp/wwhimpl/common/html/wwhelp.htm

AVEVA PDMS Steel Design

Steel Design exchange from PDMS to AutoCAD Plant 3D

Intelligent AutoCAD Plant 3D Steel Design

Intelligent AutoCAD Plant 3D Steel Design

Steel Design exchange from AutoCAD Plant 3D to PDMS

Intelligent AVEVA PDMS Structural Model

Urspr. Input für ISOGEN©

Austausch von Rohrleitungen

Weitere Verwendungen: Stressberechnung Spool Erstellung

PCFPiping Component File

Quelle: http://www.alias.ltd.uk/pcf.asp (22.11.2013)

http://www.alias.ltd.uk/pcf.asp

AVEVA PDMS Piping Design

Piping Design exchange from PDMS to AutoCAD Plant 3D

Intelligent AutoCAD Plant 3D Piping Design

intelligent AutoCAD Plant 3D Piping Design

Intelligent AutoCAD Plant 3D Design modification

Intelligent AutoCAD Plant 3D Piping Design

Intelligent Piping Exchange from AutoCAD Plant 3D to PDMS

Intelligent AVEVA PDMS Piping Design


Agenda

BIM = Wissen

Francis Bacon, 1598

Wilhelm Liebknecht, 1872

Alte Studentenweisheit

Wissen ist Macht.

Wissen ist Macht – Macht ist Wissen.

Nichts wissen macht auch nichts.

Daten

Information

WissenStruktur

Kontext

Erleuchtung Weisheit

Daten

Information

WissenStruktur

Kontext

?

Three eras of technological disruption

Era 2: Optimization(Performance)

2000-now

Era 1: Documentation(Measurement)

Drafting80s-90s

Modeling

Era 3: Connection(Outcomes)

Moving to

Future

Context

BIM = DEXPI


Anno 2011: Bayer asked us to join the initiative

Research: RWTH Aachen AixCAPE VTT Technical

Research Centre of Finland (new)

CAE Vendors: Autodesk Aveva Bentley (*) eVision (new) Intergraph Siemens X-Visual

ISO-Community: IIMM SIG

Instrumentation OPC (new)

Owner / Operator:BASF, Bayer TS, EVONIK

EPC:Air Liquide (new)

CoordinationRequirements

Conceptual model Specifications

Validation / Verificator

DEXPI home page

Model supportModel extension

ImplementationProteus know-

howISO knowledge

Interface buildingGraphic exchange

DEXPI Project


Life cycle

Functional

requirements

Functional

design

Asset

specification

Asset

operational

Specification of function in a conceptual phase as in process simulation(Versioning required)

Specification of equipment under a construction aspect as in shop drawings(Versioning required)

Specification of equipment from a detailed process aspect,e.g. using mathematical models(Versioning required)

Specification of a

physical equipment as

built and delivered


Life cycle

Functional

requirements

Functional

design

Asset

specification

Asset

operational

Specification of function in a conceptual phase as in process simulation(Versioning required)

Specification of equipment under a construction aspect as in shop drawings(Versioning required)

Specification of equipment from a detailed process aspect,e.g. using mathematical models(Versioning required)

Specification of a

physical equipment as

built and delivered

Proteus Scheme as bridge

Agile Approach implemented

Test Cases as Collaboration Methodology


Scope for data exchange - P&ID fragment

Data standards in O&G Process Plant

How Information Exchange is Supposed to Work

How Information Exchange Actually Works

How ISO 15926 Handles Information Exchanges

Describe the how not the what

Exchange data between machines

Knowledge about family

Centralized common dictionary (RDL)

The Basic Concepts of ISO 15926


The ISO 15926 framework


Standardization

How ISO15926 works:Modelling a heat exchanger

How ISO 15926 Works - Part 2 and Part 4


ISO 15926 – part 2


ISO 15926

How ISO 15926 Works - Part 7


Ambient temperature: -40°C to 85°C

A Simple Example of a Data Record

Heat Exchanger Modelling

Decomposition

Specialization

Heat Exchanger in the Sample PID

Here:

Shell and Tube Heat Exchanger

How ISO 15926 Works - Part 8 and Part 9

DEXPI.ORG - Sandbox published

112

Current State of AutoCAD P&ID DEXPI interface


Agenda

BIM =Navisworks

Autodesk Navisworks

Format Erweiterung Dateiformatversion

Navisworks .nwd .nwf .nwc Alle Versionen

AutoCAD .dwg, .dxf Bis AutoCAD 2017

MicroStation (SE, J, V8 und XM)

.dgn .prp .prw Versionen 7 und 8

3D Studio .3ds .prjBis Autodesk 3ds Max 2017

ACIS SAT .sat .sabAlle ASM SAT. Bis ACIS SAT Version 7

Catia.model .session .exp .dlv3 .CATPart .CATProduct .cgr

Versionen 4 und 5

CIS/2 .stpSTRUCTURAL_FRAME_SCHEMA

DWF/DWFx .dwf .dwfxAlle Vorgängerversionen

FBX .fbx FBX SDK 2017.0

IFC .ifc

IFC2X_PLATFORM, IFC2X_FINAL, IFC2X2_FINAL, IFC2X3, IFC4

IGES .igs .iges Alle Versionen

Navisworks unterstützte Formate

Format Erweiterung Dateiformatversion

Inventor .ipt .iam .ipj Bis Inventor 2017

Informatix MicroGDS .man .cv7 Version 10

JT Open .jt Bis 10.0

NX .prt Bis 9.0

PDS Design Review .driÄlteres Dateiformat. Unterstützung bis 2007.

Parasolids .x_b Bis Schema 26

Pro/ENGINEER .prt .asm .g .neuWildfire 5.0, CreoParametric 1.0-3.0

RVM .rvm Bis 12.0 SP5

Revit .rvt Bis 2017

SketchUp .skp Version 5 bis 2016

SolidWorks.prt .sldprt .asm .sldasm

2001 Plus-2015

STEP .stp, .step AP214, AP203E3, AP242

STL .stl Nur binär

VRML .wrl .wrz VRML1, VRML2

PDF .pdf Alle Versionen

Rhino .3dm Bis 5.0

Neubau einer Chemische Anlage und eines Tanklagers, Kapazitätserweiterung der derzeitigen Produktion.

Praxisbeispiel Anlage+Gebäudeplanung

Hauptteil der Anlage inmitten Bestand

Einbindung in den Betrieb

~170 R, ~20 Equip

Produktionsturm 15 x 13, 32m hoch

Lager 19 x 14, 13m hoch

Planungsdauer 3Dca. 4Monate

Lager

Planung Anlage

Keine digitalen Altdaten vorhanden

Nachmodellierung 2D-Pläne

Einführung BIM Methodik während des Projektes (!)

Einsparung 1 Monat Planungszeit = 25%!

Beispiel Vorfertigung: Gitterroste für Tanks passen

Planungsdurchführung

Frühzeitige Festlegung zur Arbeitsmethodik

Ausbau durch Kollisionsmanagement, Zeit- und Kostenplanung mithilfe NavisWorks Manage

Gemeinsamen Datenraum einrichten

Daten anreichern für Betrieb und Wartung

Arbeitsweise mit Vorgaben als Vertragsbestandteil

Wert der Daten und BIM-Methodik beim Bauherren/Auftraggeber als Mehrwert platzieren

Erkenntnisse aus dem Projekt

Estimating

Scheduling

BIM = BIM360

Polier

Subunternehmer (im Feld)

Subunternehmer (im Büro)

Projektleitung, Generalunter-nehmer

Bauleiter

Architekt, Ingenieur

EinsatzortEigentümer

Baustellenmanagement - überall


Bauleiter

“Ich erfasse dieses Sicherheitsproblem…”

“Welche Grösse sollte es haben?

Ich schaue in den Dokumenten in

Field nach.”

Beispiel: Baustelle

“Diese Isolierung ist fehlerhaft, ich sende ein Foto an

Field, um die Korrekturarbeiten

zu planen.”

“Heute muss ich die Checkliste für den

Einbau der Stahlträger ausfüllen.”

Zusammenarbeit – in der Praxis

Usual Process

BIM process

Issues spread

better over time

>25% total project volume

Increased transparency

and traceability

Improved steering

processes

BIM 360: Customer Metrics

“9,1 Std/User/WocheZeitersparnis”

“1,2 Stdpro Issue eingespart”

“Der Projektplanungum 25% voraus”

“Beton-fundamente88% schneller”

“1200 Kollisionenverhindert”

http://a360.co/1q5Ibyr

http://a360.co/1q5Ibyr

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-field/docs/pdf/autodesk_customer_success_story_clayco_en_us_v3.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-field/docs/pdf/autodesk_customer_success_story_clayco_en_us_v3.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-field/docs/pdf/bond-customer-story-en-us.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-field/docs/pdf/bond-customer-story-en-us.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-field/docs/pdf/barton-malow-customer-story.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-field/docs/pdf/barton-malow-customer-story.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-glue/docs/pdf/Navigant_Consulting__Inc.pdf

http://static.autodesk.net/dc/content/dam/autodesk/www/products/bim-360-glue/docs/pdf/Navigant_Consulting__Inc.pdf

BIM = Kosteneinsparung

Es gibt viele Wege, dem Wettbewerbsdruckzu begegnen


Agenda

BIM im Anlagenbau

BIM als Konzept für Anlagenbau geeignet

Derzeit kein „IFC“ für Plant

Step, PCF, SDNF und DEXPI

Autodesk BIM tools für den Anlagenbau erhöhen die Effizienz

Zusammenfassung

Danke

Fragen & Antworten

© 2016 Autodesk. All rights reserved.

Autodesk and the Autodesk logo are registered trademarks or trademarks of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product and services offerings, and specifications and pricing at any time without notice, and is not responsible for typographical or graphical errors that may appear in this document.

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