1 2 dec 08ws_km_elsevier_zwijndrecht mcc project kennis borging workshop kennis mgt uspi - elsevier...

12 dec 08 WS_KM_Elsevier_Zwijndrecht

MCC Project Kennis borging

Workshop Kennis Mgt USPI - Elsevier

Zwijndrecht, 2 dec 08

Frans Terhorst, Account Manager Elsevier Kennis ManagementPaul van Exel, Directeur USPIStefan van Seters, Rewin, MCC


• Welkom (Frans)• Introducties en doel (Paul)• Kennis borging project MCC (Stefan) • Kennis mgt systeem in de praktijk (Frans)• Mogelijkheden kennisborging project (Paul)• Pauze • Discussie, vragen, ideeën (Allen)• Afsluiting met drankje

Voorgestelde agenda


• Bespreken mogelijkheid te komen tot een gezamenlijk kennis borging project binnen het kader van MCC •Startpunt: twee voorgestelde project opties

• Informeren over:•Kennis management ontwikkelingen•Rol MCC als kennis centrum•Subsidie programma Pieken in de Delta en OPZ

Doel van de workshop


• Stefan van Seters, Rewin• Hr. Casteleijn, Stork• Hr. Op ‘t Root, Stork• Hr. Bervoets, Essent• Hr. Ziegelaar, Intergraph• Hr. Temmink, Nuon• Mevr. Bakker, Nuon• Hr. Wolbers, Urenco• Hr. Pouwel, Urenco• Hr. Jaarsma, Honeywell• Hr. Verkerke, DSM• Hr. van Gimst, ROC Westerschelde• Hr. Leenhouts, ROC Westerschelde

Deelnemers workshop


• Hr. Leinse, Elsevier• Hr. Klaassen, Elsevier• Mevr. Van Veen, Elsevier• Hr. Eggen, Elsevier• Hr. Tendijck, Elsevier• Hr. Verkerk, Elsevier• Frans Terhorst, Elsevier• Paul van Exel, USPI

Deelnemers workshop


• Redenen voor kennis borging• Redenen voor standaardisatie• Combineren kennis borging en standaardisatie• Beheer informatie en kennis van installaties

• Systems engineering, Informatie beheer• Kennis over informatie classificatie, rol van

“woordenboeken” en product modellen

• Verwachte ontwikkeling komende 5 jaar • Convergentie van bottom-up en top-down

• Voorgestelde project mogelijkheden• Voorgestelde project elementen

Agenda mogelijkheden kennis borging project


• Reasons for investing in Knowledge Mgt- Meet growing demand by authorities

– Rules for working safe and protecting environment

- Resolve consequences of the ageing problem– loss of expertise and loss of flexibility

- Improve plant performance – Shared consolidated knowledge versus individual expert

knowledge

- Improve competitive position W-Europe- Resolve changes in learning behaviour

– Society finds it more difficult to concentrate: Zap culture

Management of Knowledge


• Reasons for standardizing plant information- Improves information quality and thus reliability- Supports meeting environment and safety demands - Reduces costs- Creates opportunities for innovation e.g. for Knowledge

Mgt, it adds flexibility of communication- Examples:

– Usage of dictionaries– Usage of complex product models– Best practice for hand-over between plant owner and EPC– Best practice for as-built information

Management of Knowledge


• Combine “classical” knowledge mgt with results of standardisation over the past years:• Knowledge has been put in dictionaries and product

models now representing the knowledge base of the assets

• Future knowledge management will need to be flexible and modular to facilitate

- Roll-out of the knowledge in corporates such as Shell, BASF, DSM.

- Knowledge about e.g. a distillation unit and a catalytic cracking unit are very similar for various companies.

- Roll out training of operators and maintenance staff

• Full coverage of plant information including data, as-built, hand-over

Opportunities, trends and developments


AMC for Ships vs. Plants

Geometry breakdown structure

requirement breakdown structure

System breakdownstructure

Organisational breakdown structure

Role of standards in plant life cycle data integration

Workbreakdown

structure

Project decompositionProduct decomposition

Taxonomy“Is classified as a”

Relation

Object

property

ISO 15926 Part 4

Gellish product model

Product specification

objective

Is realized by

Example Information model: client process

requirement

condition

Is specified by

Is qualified as

Shall be compliant with a

Is objective of

role ISO15288 processIs a part of

Is managed by

Is performed by

FulfillsIs fulfilled by



Is intended to achieve

Is intended to achieve

Is fulfilled by

Has aspectTechnical solution

Is realized byIs whole of

Is whole of

functional object Shall be compliant with a

is the source of

Functional requirement


process function

Task /activity

client process

(sub)system

property

person

Fulfills

Courtesy Croon TBI Techniek

Example Information model: Document management

Verification Activity

(approve)

Is of type

Is subject inrole

PersonIs written by

Send item

Is referenced byhyperlink

Document type

Document identificationhas aspect

process

function

system

component

decomposition

Has as subject

Change identificationhas aspect

Has version


(Publisch)

Is released by

Validationactivity

Format

File type

Release date

Number of pages

DossierIs a part of

Imandra ID

has aspect

contexthas aspect

Document property

Document status

Work packageIs collected in

interface

organisation/role

Life cycle

geometry


(checking)

Has as supplement

Is contained by

Publication stateIs in state

Document definition

Document version

Courtesy Croon TBI Techniek

Classification of plant information

From dictionary to complex product model

Composition model

(Knowledge Models including a composition structure)

ISO15926-7 Gellish Plib (ISO13584) (NE100)

Aspect model

(Knowledge models excluding a composition structure)E@Class

Taxonomy

ISO15926-4 (only specializations)

Dictionary

List of terms

Has as definition

Is a specialization of

Has aspect

Is a part of

Ref: NTA 8611,Guidelines for Object Libraries


ISO15926-4 Dictionaryactivity

activities, including physical processes carried out within process plants and en-gineering activities carried out by people

basics generic engineering classes which are referenced by other sets, but which are not specific to an engineering discipline

class of class classifications of classes for information management purposes

connection material equipment items and features of equipment items which are involved in the mak-ing of process connections

electrical electrical equipment items including motors, generators, uninterruptible power supplies and transmission and distribution equipment

encoded information languages and formats for information control function functions implemented by automatic control systems heat transfer heat transfer equipment

information document types, including documents which specify process plant operations, and identifier types

instrumentation equipment items involved in monitoring, communications, recoding and control

ISO 15926-2 superclasses

ISO 15926-2 entities which are superclasses of reference data items in this part of ISO 15926, or which have reference data items in this part of ISO 15926 as instances

piping pipes and piping components

property physical quantities and physical properties possessed by equipment items

protection insulation (thermal and electrical) and safety systems for the protection of personnel and equipment

solid handling handling of solid objects, including billets and particulate materials

static equipment static process equipment, excluding heat exchangers, valves and piping. Within scope are tanks and vessels, reactors, separators, filters and static mixers.

transport vehicles, and associated civil and marine structures and facilities uom units of measure and scales valve valves (for the control or prevention of fluid flow)


ISO15926-4 static equipmentUnique name Text definition Source Notes superclass 1 superclass 2 superclass 3

activated carbon filter

A filter that contains highly porous carbon to adsorb gases, vapours, and colloidal particles. filter

aeration basin

A basin that is also an aerator intended to disperse air in a liquid basin aerator

air distributorA gas distributor intended to disperse air in a fluid gas distributor

air filterA filter intended to remove particles from air filter

air gridAn aerator that has a shape of a grid or sieve aerator

air receiver

A gas receiver intended to store compressed air, facilitating moisture removal and equalizing of pressure fluctuations before the air is used gas receiver

anchor bolt

A bolt with one end embedded into a solid substance. The other end is provided with threads intended to extend through a hole in the object to be fastened and secured with a nut. bolt

anchor bolt ringA base ring intended to fix the skirt to a foundation. base ring

anchor chairA support intended to fix a skirt to a foundation support

angle supportA support consisting of a web and at least one flange.

Typically the flange is perpendicular to the web support

apron

A shield intended to protect an item against splashing fluid particles shield

asterisks bottom internal

A physical object that has a shape of an assembly of asterisks, located in the bottom of a reactor physical object


• Verbinding top-down en bottom-up aanpak• Top-down

– Implement Kennis mgt systems – eenvoudige toegang tot informatie als een view op data en documenten

• Bottom-up– Standaardisatie van Data – en documenten - Informatie –

Kennis – Toepassen gemeenschappelijk woordenboek. – Toepassen common modules– Toepassen van best practices :

– AsBuilt Top30 lijst van document types– Handover from EPC to operations and maintenance

– Toepassen product kennis modellen zoals ICAAMC

Convergentie kennis mgt in 5 – 10 jaar


1. Ontwikkel KM system voor een klant installatie1. Een klant die een KM wenst en bereid is te combineren met

ontwikkelinig van toekomstig kennis mgt2. Voordeel:

• Klant krijgt een KM systeem dat goedkoper is dan normaal vanwege de

• Het KM systeem bevat nieuwe KM elementen 2. Ontwikkel KM system voor een proeffabriek

1. Proeffabriek in Terneuzen, MIC (Maintenance Innovation Community)2. Proeffabriek STC Brielle, Nederlandse sponsors3. Voordeel:

• biedt ruime mogelijkheid voor deelname door diverse bedrijven.• Fungeert makkelijk als demonstratie model voor kennis mgt

ontwikkelingen3. Project karakteristieken

1. Duur 1- 2 jaar2. Investering € 100.000 – 500.000

Voorgestelde project mogelijkheden


1. Toepassen Elsevier Kennis Mgt systeem 2. Toepassen woordenboek ISO15926-4 (termen, definities, hierarchie) 3. Start ontwikkeling van kennis modules voor bijv. Distillatie, kraken,

waterzuivering, automatiserign, etc. 4. Zet raamwerk op voor toepassing van:

• Reliability engineering• AsBuilt best practice, • Intelligent P&ID’s• Hand-over from EPC/EV to plant owner• Toegang tot kennisbank door operators via PDA

5. Mogelijkheden voor training • Operators en onderhouds staf o.a middels simuatie • Ontwikkeling materiaal voor excellente training cenytra van WCMC

6. Instellingen en bedrijven met interesse in deelname: • Stichting USPI, Elsevier • BASF Antwerpen, Volkerrail, Hogeschool Zeeland, Avans, ROC West-

Brabant,• Deelnemers workshop 2 dec 08, Zwijndrecht• Croon TBI techniek• MCC

Voorgestelde project elementen


Contact voor deelname en interesse

Paul van Exel, USPIWeb www.uspi.nlE-mail: [email protected] 033 2570887Mob 06 29023747

Frans TerhorstWeb: www.elsevierkennismanagement.nlE-mail: [email protected]: 0650 244 103

Stefan van Seters, REWIN West-BrabantWeb: www.rewin.nlTel: 076 - 56 46 778Mob: 06 - 24 267 866E-mail: [email protected]

http://www.uspi.nl/

mailto:[email protected]

http://www.elsevierkennismanagement.nl/

mailto:[email protected]

http://www.rewin.nl/

1 2 dec 08ws_km_elsevier_zwijndrecht mcc project kennis borging workshop kennis mgt uspi - elsevier...

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