Beispiel einer I&A Analyse mit ISA-95 - HGP AG
Beispiel einer I&A Analyse mit ISA-95 - HGP AG
Beispiel einer I&A Analyse mit ISA-95 - HGP AG
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<strong>Beispiel</strong> <strong>einer</strong> I&A <strong>Analyse</strong> <strong>mit</strong> <strong>ISA</strong>-<strong>95</strong><br />
Integriertes Informations- und Automatisierungssysteme in<br />
der pharmazeutischen Produktion<br />
GMP- und Technologiekongress am 20.-21.10.2011<br />
© Halfmann Goetsch Peither <strong>AG</strong>
Overview<br />
This presentation provides an overview on<br />
● What is <strong>ISA</strong> <strong>95</strong><br />
● What are the benefits of <strong>ISA</strong> <strong>95</strong><br />
● How does the <strong>ISA</strong> <strong>95</strong> model support the integration of<br />
information from manufacturing to ERP<br />
● How can <strong>ISA</strong> <strong>95</strong> be used as an analysis tool<br />
www.hgp.ag<br />
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Why <strong>ISA</strong> <strong>95</strong>?<br />
<strong>ISA</strong> <strong>95</strong> – Enterprise Control System Integration<br />
● Heavy investments have been made in ERP systems<br />
and automation of the processes control layer (PCS)<br />
● In many production sites we are facing a gap between<br />
those two layers, i.e. between business automation and<br />
process automation<br />
● ERP systems need data! However most of the data is<br />
provided manually<br />
● Although integration of ERP systems and control<br />
systems provides important strategic advantages, many<br />
companies do not maintain a centralized information<br />
and automation integration strategy<br />
www.hgp.ag<br />
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Why <strong>ISA</strong> <strong>95</strong>?<br />
● IT and automation departments must handle a<br />
heterogeneous landscape of systems, different<br />
technology, user interfaces, data models, etc.<br />
● Even worse: often automation engineers and IT staff do<br />
not have a sound understanding of each others’ field of<br />
work è� Babylonian confusion begins…<br />
● Many stakeholders are usually involved in production<br />
automation projects (e.g. MES implementation) which<br />
requires good communication between the various<br />
stakeholders, but also between systems<br />
● <strong>ISA</strong> <strong>95</strong> helps to speak the same language!<br />
www.hgp.ag<br />
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What is <strong>ISA</strong> <strong>95</strong>?<br />
● <strong>ISA</strong> <strong>95</strong> is not a language!<br />
● <strong>ISA</strong> <strong>95</strong> is not an automation system!<br />
● <strong>ISA</strong> <strong>95</strong> is a method, a way of working, thinking, and<br />
communicating<br />
● <strong>ISA</strong> <strong>95</strong> contains models and terminology that can be used to<br />
analyze a manufacturing organization<br />
● <strong>ISA</strong> <strong>95</strong> compromises of the following publications:<br />
• Part 1: Models and Terminology<br />
• Part 2: Object Model Attributes<br />
• Part 3: Activity Models of Manufacturing Operations Management<br />
• Part 4: Object models and attributes of manufacturing operations<br />
management activities (not published yet)<br />
• Part 5: Business-to-Manufacturing Transactions<br />
• Part 6: Manufacturing operations transactions (not published yet)<br />
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<strong>ISA</strong> <strong>95</strong> - Functional Hierarchy Model<br />
Level 4<br />
Level 3<br />
Level 2<br />
Level 1<br />
Level 0<br />
www.hgp.ag<br />
Batch<br />
Control<br />
Business Planning<br />
& Logistics<br />
Plant Production<br />
Scheduling, Operational<br />
Management, etc<br />
Manufacturing<br />
Operations Mgmt.<br />
Dispatching Prod.,<br />
Detailed Production<br />
Scheduling, ...<br />
Continuous<br />
Control<br />
Discrete<br />
Control<br />
Establishing the basic plant schedule -<br />
production, material use, delivery, and<br />
shipping. Determining inventory levels.<br />
ERP (SAP)<br />
Work flow control to produce the desired<br />
end products. Maintaining records and<br />
optimizing the production process.<br />
MES, LIMS, WMS<br />
Monitoring, supervisory control and<br />
automated control of the production<br />
process<br />
SCADA, DCS<br />
Sensing the production process,<br />
manipulating the production process<br />
The actual production process<br />
Months,<br />
weeks,<br />
days<br />
Days,<br />
shifts,<br />
hours,<br />
minutes,<br />
seconds<br />
Hours,<br />
minutes,<br />
seconds<br />
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Equipment Hierarchy Model<br />
www.hgp.ag<br />
Process<br />
Cell<br />
Production<br />
Unit<br />
Enterprise<br />
Site<br />
Area<br />
Production<br />
Line<br />
Unit Unit Work Cell<br />
Unit Unit Work Cell<br />
Storage<br />
Zone<br />
Storage<br />
Storage<br />
Unit<br />
Unit<br />
Work<br />
Centers<br />
Work<br />
Units<br />
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Function Enterprise – Control Model<br />
Long Long Term Term Material Material<br />
and and energy energy<br />
requirements<br />
requirements<br />
Material and<br />
Energy Control<br />
(4.0)<br />
Material Material and and<br />
Energy Energy Order Order<br />
Requirements<br />
Requirements<br />
www.hgp.ag<br />
Incoming Incoming material material and and energy energy receipt receipt<br />
Production<br />
Scheduling<br />
(2.0)<br />
Incoming Incoming<br />
Order Order<br />
Confirmation<br />
Confirmation<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
Procurement<br />
(5.0)<br />
Production Production Orders Orders<br />
Availability Availability<br />
Pack Out Schedule<br />
Short Term Material and<br />
Energy Requirements<br />
Material and Energy Inventory<br />
Finished Goods Inventory<br />
Production capability<br />
P roduction from pl an<br />
Production capability<br />
P roduction from pl an<br />
Schedule Schedule<br />
Maintenance<br />
Maintenance<br />
Purchase Purchase Order Order<br />
Requirements<br />
Requirements<br />
Level 4 / Level 3 Interface<br />
Order<br />
Processing<br />
(1.0)<br />
Production<br />
Control<br />
(3.0)<br />
Maintenance Standards<br />
and Methods<br />
Maintenance Maintenance Requests Requests<br />
Maintenance Technical<br />
Feedback<br />
Maintenance Responses<br />
Maintenance<br />
Management<br />
(10.0)<br />
and and Costs Costs<br />
Production Production Performance<br />
Performance<br />
Production Production Cost Cost Objectives Objectives<br />
Product Product and and Process Process Information Information request request<br />
Process Process Data Data<br />
Process Process Data Data<br />
Product Product and and Process Process Technical Technical Feedback Feedback<br />
QA QA Results Results<br />
Product Product and and Process Process Know Know How How<br />
Product Cost<br />
Accounting<br />
(8.0)<br />
Finished Finished Goods Goods<br />
Waiver Waiver<br />
Standards Standards and and Customer Customer<br />
Requirements<br />
Requirements<br />
In In Process Process<br />
Waiver Waiver Request Request<br />
Research<br />
Development<br />
and Engineering<br />
Quality<br />
Assurance<br />
(6.0)<br />
Product Product<br />
and and Process Process<br />
Requirements<br />
Requirements<br />
Standards Standards and and<br />
Customer Customer<br />
Requirements<br />
Requirements<br />
Product<br />
Shipping Admin<br />
(9.0)<br />
Product<br />
Inventory Control<br />
(7.0)<br />
QA QA Results Results<br />
Confirm to ship<br />
Release to ship<br />
Marketing &<br />
Sales<br />
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Information Exchange Model<br />
www.hgp.ag<br />
Product<br />
definition<br />
information<br />
(What must be<br />
defined to<br />
make a<br />
product)<br />
Business Planning & Logistics Information<br />
Plant Production Scheduling, Operational Management, etc.<br />
Production<br />
capability<br />
information<br />
(What<br />
resources are<br />
available)<br />
Production<br />
schedule<br />
information<br />
(What actual<br />
Production will<br />
be executed)<br />
Manufacturing Operations & Control Information<br />
Production Operations, Maintenance Operations, Quality<br />
Operations, etc.<br />
Production<br />
performance<br />
information<br />
(What actual<br />
production<br />
was<br />
achieved)<br />
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Application Examples of <strong>ISA</strong> <strong>95</strong><br />
● Using <strong>ISA</strong> <strong>95</strong> (part 2) as a basis for developing software<br />
with MES functionality<br />
● Using <strong>ISA</strong> <strong>95</strong> (parts 1, 2 and 5) for standardized<br />
information exchange between enterprise and control<br />
systems<br />
● Using <strong>ISA</strong> <strong>95</strong> (parts 1 and 3) as an analysis tool<br />
• Part 1: Reference model for evaluation of requirements and<br />
assessment which solution best fits<br />
• Part 3: Reference model for data flow of manufacturing<br />
information that enables enterprise-control system integration<br />
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<strong>ISA</strong> <strong>95</strong> as Analysis Tool – Objectives<br />
● Providing a reference model for integration of enterprise<br />
and process control information<br />
● Closing the gap between business automation and<br />
process automation<br />
● Providing transparency of data and information<br />
requirements and flows<br />
● Basis for definition of a corporate information and<br />
automation integration strategy<br />
● Evaluation of requirements for implementation of a new<br />
Manufacturing Execution System<br />
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Steps of an <strong>ISA</strong> <strong>95</strong> Analysis<br />
1. Start with a plant tour<br />
2. Define scope and business drivers<br />
Conduct workshops and interviews based upon:<br />
3. Functional Hierarchy Model<br />
4. Equipment Hierarchy Model<br />
5. Functional Enterprise - Control Model<br />
6. Production Operations Management Activities Model<br />
7. Maintenance Operations Management Activities Model<br />
8. Quality Test Operations Management Activities Model<br />
9. Inventory Operations Management Activities Model<br />
10. Other activities<br />
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Functional Enterprise - Control Model<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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1. Production Plant Tour<br />
● Familiarize yourself with actual production processes<br />
● Depending on the scope of the analysis, the plant tour<br />
includes<br />
• Manufacturing<br />
• Warehouse<br />
• Quality control laboratory<br />
• Maintenance department<br />
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2. Define Scope and Business Drivers<br />
● Conduct Scope & Business Drivers workshop with members of the<br />
management team<br />
• Accurately determination of the <strong>ISA</strong> <strong>95</strong> analysis scope<br />
• Sound understanding of the company’s business drivers<br />
● Business drivers generate the need for information to flow between the<br />
executive offices and the process or manufacturing floor<br />
● Examples for business drivers<br />
• Available to promise<br />
• Reduced cycle time<br />
• Asset efficiency<br />
• Agile manufacturing<br />
• Supply chain optimization<br />
• Quality and traceability<br />
• Improved planning<br />
● Annex C of <strong>ISA</strong> <strong>95</strong> Part 1 provides an overview about business drivers<br />
and key performance indicators<br />
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3. Functional Hierarchy Model<br />
● Assign <strong>ISA</strong> <strong>95</strong> to department<br />
responsibilities<br />
● Activities fall within a control domain<br />
if the department is directly involved<br />
or if one of the following conditions<br />
applies:<br />
• Activity is critical to plant safety<br />
• Activity is critical to plant reliability<br />
• Activity is critical to plant efficiency<br />
• Activity is critical to product quality<br />
• Activity is critical to maintaining regulatory<br />
compliance<br />
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4. Equipment Hierarchy Model (Example)<br />
Enterprise Site Area Work Center Work Unit<br />
<strong>HGP</strong><br />
www.hgp.ag<br />
Basel<br />
Singapore<br />
Solid Dosage Production<br />
Liquid Production<br />
Bulk processing<br />
Packaging<br />
Distribution Warehouse<br />
…<br />
Mixer<br />
Granulator<br />
Tablet Press<br />
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4. Equipment Hierarchy Model (simplified)<br />
ERP<br />
MES<br />
Out of scope<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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<strong>ISA</strong> <strong>95</strong> Workshops & Interviews<br />
● Facilitate workshops and / or conduct interviews with all<br />
departments, that have been identified during the<br />
preparation phase of the <strong>ISA</strong> <strong>95</strong> Analysis with the<br />
following objectives:<br />
• Gather all relevant information for the subsequent steps 5 to 10<br />
• Structure and document all relevant information<br />
● Use a standard reference model for recurring analyses,<br />
e.g. for multi-site MES implementation programs<br />
● Safeguard the scope of the analysis<br />
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<strong>ISA</strong> <strong>95</strong> Workshops & Interviews<br />
● Example for structuring the workshop and interview<br />
results:<br />
Process Segment<br />
Description of the current process<br />
Information Flow<br />
Points of Concern<br />
Current Automation Systems<br />
Requirements<br />
Nice-to-have<br />
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5. Functional Enterprise-Control Model<br />
● Start with Level 4 functions and go into more depth on<br />
Level 3 functions and activities using the operations<br />
management models for<br />
• Production<br />
• Maintenance<br />
• Quality Assurance<br />
• Inventory<br />
● All subsequent workshops and interviews are based on<br />
the models in Part 3 of <strong>ISA</strong> <strong>95</strong><br />
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Functional Enterprise - Control Model<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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6. Production Operations Mgmt. Model<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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6. Production Operations Mgmt. Model<br />
Example:<br />
Detailed activity<br />
“Resource Management”<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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7. Maintenance Operations Mgmt. Model<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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8. Quality Test Operations Mgmt. Model<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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9. Inventory Operations Mgmt. Model<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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10. Other Activities<br />
In addition to the major activities already described, there are<br />
other activities that are used within manufacturing operations,<br />
e.g.:<br />
● Management of security within manufacturing operations<br />
● Management of information within manufacturing operations<br />
● Management of configurations within manufacturing<br />
operations<br />
● Management of documents within manufacturing operations<br />
● Management of regulatory compliance within manufacturing<br />
operations<br />
● Management of incidents and deviations within<br />
manufacturing operations<br />
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10. Other Activities<br />
Source: ANSI/<strong>ISA</strong> <strong>95</strong><br />
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Lessons Learnt<br />
● Explain the method and background to all participants<br />
● Plan enough time for the workshops and interview sessions –<br />
especially for processing of information and follow up<br />
● Never skip the Business Drivers step and ensure that<br />
management provides their input<br />
● Stay within and safeguard the scope<br />
● Determine the level of detail that is required<br />
● Conclude a final review of the analysis results and conclusion<br />
● Inform all participants about the results<br />
● Beware of politics<br />
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Conclusion<br />
An <strong>ISA</strong> <strong>95</strong> Analysis can be a very powerful and efficient tool<br />
to<br />
● Determine and / or adjust your information and<br />
automation integration strategy<br />
● Assess the need for manufacturing automation, e.g.<br />
MES, LIMS, WMS<br />
● Evaluate the scope and system for Electronic Batch<br />
Records implementation<br />
www.hgp.ag<br />
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Contact<br />
Halfmann Goetsch Peither <strong>AG</strong><br />
St. Alban Vorstadt 94<br />
CH-4052 Basel<br />
Switzerland<br />
W www.hgp.ag<br />
E info@hgp.ag<br />
T +41 61 544 0000<br />
www.hgp.ag<br />
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