1. www.controlchainmanagement.net info@controlchainmanagement.net Intelligent Industrial Systems Jean Vieille 2010 Attribution-NonCommercial-ShareAlike Creative Commons 3.0 Unported.Creative Commons 3.0 Unported Paternité - Pas d'Utilisation Commerciale - Partage des Conditions Initiales à l'Identique 1 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Work:ISA8895 Implementation Section:Overview Chapter : Modelling Language:English Version:V2 - 10/2010

2. Intelligent Industrial Systems Agenda ■ISA-88 snapshot ■ISA-95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 2 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

3. Intelligent Industrial Systems Automation challenge 3 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Ideal Automation ISA-88 Capability Flexibility Complexity « manual Control » « Classical » Automation Darin Flemming Lou Pillai

4. Intelligent Industrial Systems ISA-88 standard ■US and International “Batch Control” standard ■The ISA88 committee develops the US ANSI standard ■The IEC65A WG11 develops the IEC international standard 4 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx US standardINTL StandardSub Title ANSI/ISA-88.00.01: 2010 IEC 61512-1: 1997 Part 1: Models and Terminology” ANSI/ISA-88.00.02: 2001 IEC 61512-2: 2001 Part 2: Data structures and guidelines for languages ANSI/ISA-88.00.03: 2003 IEC 61512-3: 2008 Part 3: General and Site Recipe - Models and Representation ANSI/ISA-88.00.04: 2006 IEC 61512-4: 2009 Part 4: Batch Production Records ISA Draft88.00.05-Part 5: Implementation Models & Terminology for Modular Equipment Control

5. Intelligent Industrial Systems ISA-88 snapshot ■Object Design of automation applications  Reuse, Knowledge Management, Robustness ■Flexible Design of automation applications - No programming required for  Modification of recipes, making different products with the same facility  Using alternate equipment for the same production step  Sequencing production runs for different products ■Interoperability  Assembling software components from different origins ■Product Industrialization  Neutral specification of product physico-chemical transformations  Conversion of this specification into operating procedure for target facilities ■Production Information  Data structures for production information history  Includes several ISA-95 models ■Applications  Initially designed for Batch processes, but applicable to any type of process  Functional specification, batch managers, historians, PDM/PLM 5 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

6. Intelligent Industrial Systems ISA-88 Adoption ■Automation Functional Engineering Good Practices  Largely applied worldwide, proven benefits ■Best known in process industries  Less in other domains… ■All automation vendors offer solutions  Generally limited to the support of recipes (authoring, execution, reporting)  Sometime at the equipment control level ■Applies more and more to all types of production  No equivalent standards for discrete and continuous processes…  Adapt easily  Most benefits with globalized application: all types of processes, all locations 6 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

7. Intelligent Industrial Systems Agenda ■ISA-88 snapshot ■ISA-95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 7 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

8. Intelligent Industrial Systems ISA-95 snapshot ■B2M: Collaboration Business / Execution  Communication between execution systems (MES/MOM, DCS, MMS, LIMS, WES, SCADA,…) and business systems (ERP, SCM)  Master data management ■MES/MOM : Functional definition ■Data and Activity models  Description of resources, capability, products, work order requests and reports  Definition of operation management activities (MES) ■Applications:  User requirements and functional specification of MES and B2M interfaces  Native B2M connectors - MES/ERP (B2MML)  Possible basis for developing MES applications and software… 8 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

9. Intelligent Industrial Systems What is ISA-95? ■US & International standard “Enterprise - Control System Integration” ■The ISA95 committee develops the ISA-95 standards ■The ISO/IEC JWG5 develops the international standard US standardINTL StandardSub Title ANSI/ISA-95.00.01: 2010 IEC/ISO 62264-1: 2003 Part 1: Models and Terminology” ANSI/ISA-95.00.02: 2010 IEC/ISO 62264-2: 2004 Part 2: Data Structures and Attributes” ANSI/ISA-95.00.03: 2005 IEC/ISO 62264-3: 2007 Part 3: Activity Models of Manufacturing Operations Management ISA draft 95.00.04-(Part 4: Object Models and Attributes of Manufacturing Operations Management) ASNI/ISA-95.00.05: 2007 IEC/ISO 62264-5: 2010 (APUB) Part 5: Business to Manufacturing Transactions 9 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

10. Intelligent Industrial Systems Benefits and adoption of ISA-95 ■Benefits:  Direct : Cost and risk reduction of MES and B2M projects  Indirect :  Improvement of operational performance : CTP, agile manufacturing, planning feedback, error reduction  Dynamization of IT/Business alignment ■Adoption:  Most automation / MES vendors claim their adhesion to ISA95  ERP vendors ignore it  Noticeable exception: SAP since 2004  B2MML becomes the de facto standard for B2M information exchange 10 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

11. Intelligent Industrial Systems Agenda ■ISA-88 snapshot ■ISA-95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 11 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

12. Intelligent Industrial Systems Use Manage Execute CCM global IIPS life cycle 12 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Strategy Guidance Industrial Architecture User Requirements Information Technology IIPS Deployment Master Planning IIPS Construction IIPS Operation IIPS Support Maintenance IIPS : Industrial Information Processing Systems

13. Intelligent Industrial Systems Information Service DefinitionIT Resource Development Run-time Information Processing CCM global IIPS life cycle 13 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Industrial Architecture User Requirements IIPS Deployment IIPS Construction IIPS Operation IIPS Support Maintenance

14. Intelligent Industrial Systems ISA-95 like IIPS life cycle 14 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Information Service Definition Information Services (BP) Information Services (Task) Information Services Capability Information Services (implemented) Run-time Information Processing Information Service Requests Information Services Requests Resources HW, SW, DWH IT Resource Development

15. Intelligent Industrial Systems Agenda ■ISA-88 snapshot ■ISA-95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 15 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

16. Intelligent Industrial Systems Industrial Architecture Models Purpose ■Scope  The entire industrial facility – the Production sub-system within the Enterprise system  Spatio-temporal description (structures and interactions) of this sub- system  The information reality that tights Energy and Matter together ■Ongoing maintenance  This module only presents models for describing the facility  However, the facility is ever changing.  The Industrial Architecture Processes (IAP) integrates IAM within the global enterprise strategy definition and fulfillment process ■IAM provides the framework  For capturing and managing knowledge  For mastering IIPS development planning 16 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

17. Intelligent Industrial Systems Industrial Architecture Dimensions Operations Process Management Physical Process Management Physical Process Control Equipment Control 17 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product Asset Management ISA-88 ISA-95 Physical Asset ManagementHuman Asset Management ISA-88 + ISA-95 IT Asset Management TOGAF ITIL Inventory Asset Management

18. Intelligent Industrial Systems IIPS Scope in Industrial Architecture framework 18 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Business Information Processing Systems Marketing, R&D, HR, Engineering, Sales, Purchasing, Finance/accounting, planning Industrial Information Processing Systems Operations Process Management Resource & Definitions Management Scheduling, Dispatching, Analysis, Performance, Tracking, Reporting Physical Process Management Work Segments & Resources Equipment Control Basic, Procedural, Coordination Control Risk & Safety Information Configurations Documentation Regulation Incidents & Deviations … Production Inventory, Logistics Quality Maintenance Tooling … ISA88 ISA95 Physical Process Control Operating procedures, Routings, Recipes

19. Intelligent Industrial Systems Common IT systems involved Operations Process Management Physical Process Management Physical Process Control Equipment Control 19 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx MES AUTOMATION ERP

20. Intelligent Industrial Systems Agenda ■ISA-88 snapshot ■ISA-95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 20 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

21. Intelligent Industrial Systems ISA88 Process model (Processing Requirement) 21 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Process Stage Process Stage Process Operation Process Operation Process Action Process Action A Process is made up of an ordered set of one or more Process Stages A Process Stage is made up of an ordered set of one or more Process Operations A Process Operation is made up of an ordered set of one or more Process Actions Product AssetPhysical AssetHuman AssetIT AssetInventory Asset

22. Intelligent Industrial Systems Resource models (Structural description) ■The resource asset models (Personnel, Equipment, and Material) are based on the ISA-95 breakdown. ■All these resources share a similar pattern. Equipment and Material are indeed the same entity: A “machine” can be:  A “Physical Asset” for the company that makes products with it,  An “Inventory Asset” for the company that makes them (finish product) or sell / distributes it 22 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset

23. Intelligent Industrial Systems ISA-95 Material Model 23 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset

24. Intelligent Industrial Systems ISA-95 extended physical model (Actual Facility layout) 24 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset ENTERPRISE SITE AREA WORK CENTER WORK UNIT EQUIPMENT MODULE CONTROL MODULE PROCESS CELL UNIT BATCH PROCESS (ISA88) PRODUCTION UNIT CONTINUOUS PROCESS PRODUCTION LINE WORK CELL DISCRETE PROCESS STORAGE ZONE STORAGE UNIT WAREHOUSE

25. Intelligent Industrial Systems ISA-95 Equipment Model 25 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset

26. Intelligent Industrial Systems ISA-95 Personnel Model 26 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset Is tested by a > Qualification Test Specification Has values for > 0..n Qualification Test Result 0..n Has properties of > Is tested by a > < Maps to < Defined by < Records the execution of Defines a procedure for obtaining a > 0..n Is tested by a > Person Property Person Personnel Class Property Personnel Class

27. Intelligent Industrial Systems ISA-88 Procedural Control model (Equipment/Product Interactions) 27 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset Procedure Unit Procedure Unit Procedure Operation Phase A Procedure is made up of an ordered set of one or more Unit Procedures A Unit Procedure is made up of an ordered set of one or more Operations An Operation is made up of an ordered set of one or more Phases

28. Intelligent Industrial Systems ISA-95 Segment Model 28 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset Corresponds to element in Corresponds to element in Corresponds to element in Personnel Segment Specification Equipment Segment Specification Process Segment Parameter Process Segment Has properties of Has properties of Has properties of is a collection of 0..n Personnel Model Equipment Model Material Model 0..n 1..1 Personnel Segment Specification Property Equipment Segment Specification Property Material Segment Specification Property 0..n has an execution dependency on Process Segment Dependency May be made up of 0..n Corresponds to element in Physical Asset Segment Specification Has properties of 0..n Physical Asset Model 0..n 1..1 Physical Asset Segment Specification Property 0..n May be made up of Material Segment Specification 0..n Is assembled from

29. Intelligent Industrial Systems ISA-95 Operational Activity Model 29 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product AssetPhysical AssetHuman AssetIT AssetInventory Asset 4. Data collection 3. Execution 8. Resource management 2. Dispatching 5. Tracking 1.Detailed scheduling 7. Definition management 6. Analysis Production Quality Control Maintenance Inventory Other

30. Intelligent Industrial Systems Agenda ■ISA88 snapshot ■ISA95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 30 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

31. Intelligent Industrial Systems Production system Lifecycles 31 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product R&DEngineering Manufacturing Market Demand Customer Orders / Forecast

32. Intelligent Industrial Systems ISA-88 & ISA-95 models in Production Lifecycles 32 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Operations Product development Engineering ISA-88 models Physical Equipment Procedural ISA-95 models Personnel, Equipment, Material Capability, Segment ISA-88 models Process Recipe Procedural ISA-95 models Product Definition ISA-88 models Recipe Procedural ISA-95 models Schedule Performance ISA-88 models Activity ISA-95 models Activity

33. Intelligent Industrial Systems ISA-88 & ISA-95 Objects in Production Lifecycles 33 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Product Definition Segments PE/RPE Capability Resources Personnel / Equipment / Material Segments EPE Schedule Segments / RPE Requests / Recipes 3. Operations 1. Product Dévelopment 2. Engineering

34. Intelligent Industrial Systems Agenda ■ISA88 snapshot ■ISA95 snapshot ■IIPS Lifecycle ■CCM modelling framework ■ISA-88/95 based Models and Objects ■ISA-88/95 in Production Lifecycles ■Methodology 34 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

35. Intelligent Industrial Systems IAM framework definition overview (see IAP) 35 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx CCM Rules & Tools Use Build Improve 1b. Physical Modelling 1a. Product Modelling 2. Equipment Control Modelling 3. Process Procedural Modelling 4. Segments Modelling 5. Operation Process Modelling Object classes and models repository Use Build Improve P&ID R&D 1c. Human Modelling 1a. Inventory Modelling IT modelling

36. Intelligent Industrial Systems Ongoing Industrial Architecture 36 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Goverance Enabling CCM Rules & Tools Use Build Improve 1b. Physical Modelling 1a. Product Modelling 2. Equipment Control Modelling 3. Process Procedural Modelling 4. Segments Modelling 5. Operation Process Modelling Persistence Object classes and models repository Use Build Improve P&ID R&D 1c. Human Modelling 1a. Inventory Modelling IT modelling

37. Intelligent Industrial Systems Interactions Hierarchy 37 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Business Processes Physical Processes Recipes, routing (ISA-88, Equipment Control) Operating Instructions Procedural Elements Operation Processes Operation Activities (ISA-95, MES) Business Exécution Business Activities

38. Intelligent Industrial Systems Business / Operation process Description: BPMN, OSSAD, UML Examples of Description standards 38 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Physical Process Description : PFC Product Definition: PPC Product Definition Segments PE/RPE Capability Resources Personnel / Equipment / Material Segments EPE Schedule Segments / RPE Requests / Recipes

39. Intelligent Industrial Systems Modular ISA-88/95 structure 39 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Physical Breakdown Functionnal Objects Exclusive States Decisional Level Domains Entreprise, Site, Area, Work Center, Work Unit Production, Quality, Inventory, Maintenance Business Processes, Operation Processes Physical Processes Equipment control Run, Stop, Hold… Object Classes (Templates)

40. Intelligent Industrial Systems Information Elements DomainModelStdInformation elements Product AssetProcess Product ISA-88 ISA-95 Product Hierarchy Product Definition Inventory AssetMaterialISA-95Material Resources Equipment AssetPhysical Equipment Physical Asset ISA-88 ISA-95 Equipment Hierarchy Equipment Resources Human AssetPersonnel- ISA-95 Personnel Hierarchy Personnel Resources Equipment ControlProceduralISA-88Functional Hierarchy Equipment Procedural Elements Physical Process Control ProceduralISA-88Physical Processes / Procedural Elements Physical Process Transform Components Physical Process MngtSegmentISA-95Segments Operation Process Mngt Operation Activity ISA-95Operation Processes Activities / Tasks 40 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx

41. Intelligent Industrial Systems 41 1_12_ISA8895_Overview_Introduction_Modeling_v2_en.pptx Thank You !