Emerson Project Excellence: Built on four main pillars

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Esmond Sullivan
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1 Emerson Project Excellence: Built on four main pillars Global project execution processes Global engineering standards Global project organization Global engineering backbone

Capital Projects Challenges Larger, complex & multifaceted More severe consequences for failure Schedules are getting shorter Production stops

2 Capital Projects Challenges Larger, complex & multifaceted More severe consequences for failure Schedules are getting shorter Production stops limited or nonexistent New processes and technology Many players involved Owners EPCs Suppliers Project Execution Commercial Technical Operations Contractor

limited or nonexistent New processes and technology Many players involved

Capital Projects Opportunities Choose technologies and select strategic partners early Select world-class team members to implement the latest project

3 Capital Projects Opportunities Choose technologies and select strategic partners early Select world-class team members to implement the latest project delivery methodologies Future-proof your plant by design Implement Smart Operations Plan for comprehensive process automation and asset lifecycle support

project delivery methodologies Future-proof your plant by design Implement

4 Global project execution and expertise applied locally. Presenter : Mats Nilsson Sales Director PSG NEE.

5 Emerson Project Excellence: Globally Capable and Consistent Organization Standard best practices processes and tools, deployed to a trained and capable workforce. High productivity global execution capability facilitates project schedule reduction Reduced risk use of field-proven standards and tools reduces need for project-specific development while maintaining high quality level Increased workforce flexibility trained global resources allows for faster response to project demands

High productivity global execution capability facilitates project schedule reduction Reduced risk use of field-proven

6 Emerson Project Excellence: Built on four main pillars Global project execution processes Global engineering standards Global project organization Global engineering backbone

Project Management Office A global projects organization Objective Emerson s Project Management processes bring all of our project related business processes together into a single, lean, easy to use

7 Project Management Office A global projects organization Objective Emerson s Project Management processes bring all of our project related business processes together into a single, lean, easy to use process that adds value to our clients. The purpose is to bring all our processes, initiatives and tools together, to drive the standardization of all processes and tools in the project lifecycle and identify and deploy best practices within a common structure.

8 PMO Work Processes: Global execution methods Core processes Project Management Project Procurement DeltaV Engineering DeltaV SIS Engineering Syncade Engineering Project Proposals SIS Processes IEC Certified

DeltaV Engineering DeltaV SIS Engineering Syncade

9 PMO Safety and Automation Processes Standard PMO Process Each major step has Detailed steps Well-defined deliverables Templates and Tools Assures consistency and quality Pre-FEED FEED Execute Operate

10 Global Project Tools: Consistent execution with minimized risk Clarity Project Management EDMS Document Management Sirius Project Engineering PMMT Materials Management

11 Emerson Project Excellence: Built on four main pillars Global project execution processes Global engineering standards Global project organization Global engineering backbone

12 Standard Application Building Methodology: Consistent, high quality around the globe PCSD Module (Function) R201 (Small) DeltaV Function Blocks (Large) PCSD Modules (e.g., Control Modules, Equipment Modules) Application (e.g., Fermentor, Boiler, Column) High Granularity Low Granularity

Blocks (Large) PCSD Modules (e.g., Control Modules, Equipment Modules) Application (e.

13 Engineering Standards Library: Configuration based on the best of the best PCSD = PMO Configuration Standard for DeltaV the global solution for better project delivery by experienced DeltaV engineers Design objectives are more fully achieved within given schedule and cost constraints: Better Project Performance higher quality less risk less cost faster Post Project easier commissioning more maintainable Emerson supported PCSD Scope / Quality

are more fully achieved within given schedule and cost constraints: Better Project Performance higher quality

14 Emerson Project Excellence: Built on four main pillars Global project execution processes Global engineering standards Global project organization Global engineering backbone

15 Emerson Project Excellence: Major Project Execution and Support Locations North America Albany Calgary Atlanta Cambridge Beaumont Edmonton Boston London Charlotte Montreal Chicago Regina Cincinnati Toronto Cleveland Vancouver Denver Winnipeg Detroit Houston LaHabra Indianapolis Kansas City Los Angeles Louisville Mexico City Marshalltown San Jose Memphis Minneapolis San Juan New Orleans New York Bogota Philadelphia Pittsburgh Caracas Richmond St. Louis Santiago Salt Lake City San Francisco Tampa Tulsa Wichita South America Austin Buenos Aires Sao Paulo Leicester Brussels Cork Lyon Milano Madrid Tehran Istanbul Cairo Africa Johannesburg Europe Porsgrunn Copenhagen Baar Lagos Dhahran Jedda Karlstad Vienna Rijswijk Haan Budapest Moscow Kiev Asia Seoul Shanghai Taipei Manila Bangkok Kuala Lumpur Doha Pune Melbourne Jakarta Dubai Singapore Kuwait City Mumbai Middle East Tokyo Auckland

Bogota Philadelphia Pittsburgh Caracas Richmond St.

16 Emerson Project Excellence: North Sea Project and Support Locations Stavanger Porsgrunn Karlstad Aberdeen Copenhagen Leicester Rijswijk

17 Global Engineering Centers Europe & MEA Cluj, Romania Russia & Eastern Europe Chelyabinsk, Russia Asia Pacific Manila, Philippines North & Latin America Costa Rica Global Engineering Pune, India

18 European Engineering Center Cluj, Romania European engineering hub Over 250 systems engineers Resources dedicated to specific offices and general resource pool 3 currently dedicated to North East Europe

Resources dedicated to specific offices and

19 Global Engineering Centers Completed 15+ years of successful operations Handled over several thousand major projects Oil & Gas, Fine and Bulk Chemical, Batch Pharma, Petrochemical/Refining, Power, Pulp & Paper Migration Engineering Center New software product testing Center of excellence for PCSD More than 1500 engineers

Pharma, Petrochemical/Refining, Power, Pulp & Paper Migration Engineering Center

20 Global Engineering Centers : Core competences DeltaV Engineering Continious, Batch, Displays, Database, Hardware FEED, FDS/DDS, Implementation, Internal test, FAT Safety Instrumented System (DeltaVSIS, HIMA) Migration Legacy System (Provox, RS3, Fix32) Transition Competitors systems (Siemens, Bailey, Honeywell, Foxboro, Invensys, Yokogawa, Hartmann & Braun) Syncade Development and Engineering Electrical & Instrumentation Engineering Commissioning/Start-up Support Large & International Project Project Planning, Resource Management Project Administration & Procurement Supports PMO organization Development of Standards & Tools

Honeywell, Foxboro, Invensys, Yokogawa, Hartmann & Braun) Syncade Development and Engineering Electrical & Instrumentation Engineering Commissioning/Start-up

21 Emerson Project Excellence: Built on four main pillars Global project execution processes Global engineering standards Global project organization Global engineering backbone

Remote Virtual Office Collaborative Engineering Sales file Released IO database level Reviewed HW Drawings Preliminary HDS BOM Buy Out data Project Technical Specifications In Verify Cabinet Template

22 Remote Virtual Office Collaborative Engineering Sales file Released IO database level Reviewed HW Drawings Preliminary HDS BOM Buy Out data Project Technical Specifications In Verify Cabinet Template Verify Updated HDS Hardware Engineering Verify hardware drawings 4 1: (A)(G)(H)(E)(L)(M) 2, 3: (G)(H)(L)(M) 4: (G)(H)(L)(M) 5: (G)(H)(L)(M) Review Cabinet Template Review hardware drawings Review Updated HDS Detail Design Template for each Cabinet type Check Cabinet Template Develop layout drawings using Templates Develop Power Distribution Diagram Develop Wiring Diagram Complete IO Assignments Compile and Check hardware drawings Check Updated HDS Approved Templates Controller and IO layout drawing Power Distribution Diagram Cabinet and IO Wiring Diagram IO and Marshalling Database Operations Lead System Engineer Engineer BCEC PM BCEC LE BCEC SE Out Common Processes supported by Common Infrastructure WAN connected DeltaV Voice Video Data ETS IT Lean & Best Cost common process and tools better communication reduced travel and expenses more work transferred to best cost Agile & Responsive demand leveling / resource sharing extended day / compacted schedules

23 RVO2 Architecture Local development & testing, e.g. Copenhagen, Leicester, etc. Cabinet construction, i.e. Cluj External testing, e.g. customer, skid suppliers, etc. Project system virtualized in server farms during development and test

24 Working Together

25 History has shown that we can have: 30% Automation Project Savings by Reducing

26 Thank you for attending! Enjoy the rest of the conference. Our global customer knowledge sharing event and technology exhibition papers and work shops.

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