ADRIAN PAVESI. Sinopec

Transcription

1 ADRIAN PAVESI Sinopec

2 SINOPEC: CAMINHO À CONQUISTA DA EXCELÊNCIA OPERACIONAL

3 Sinopec has Activity in 3 provinces of Argentina: 100 wells in Mendoza 100 wells in Chubut 2000 wells in Santa Cruz The headquarters in Buenos Aires

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8 Improving Injection Proyect the Oil Production increase 534 m3 (Oct-Dec 2014) 534m3 == 3352 BOE == US 200K

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12 PO 18 Servers & 5 workstation Installation Configuration & 1st Training Work for New Field Operation Model Tags 2016 Definition 1Q 2Q Architecture Definition 1st Water Flooding & Maintenance Applications Q&4Q

13 Business Network (Buenos Aires) Managed PI App Server mpi Cross Link Server (Communication to OSIsoft NOC) Your PI System Monitored by OSIsoft Network Operations Center 24/7/365 PI Clients PI ProcessBook PI Datalink PI Coresight [IE THIN] Powerful Analysis Tools & Displays of Manufacturing Related Data Business Network (Canadon Seco) P S P S P S P S Primary Secondary MS-SQL SQL Server 2012 R2 Enterprise Primary Secondary PI DA Server mpi PI DA 2015 R2 [HA] High Availability Collective Primary Secondary PI AF Server mpi PI AF 2015 R2 [HA] Primary Secondary PI Analytics Server mpi PI Notifications 2012a PI Analysis Services (2015 R2) Primary PI Coresight Server PI Coresight 2015 PI WebAPI PI Crawler Node 1 Node 2 PI Interface Failover Pair mpi PItoPI ( ) AF, EF Real-Time Data Storage, HA & Secure Data Access Plant Assets Hierarchy Real-Time Calculations & Notifications of Critical Events Real-Time & Historical Visibility to Plant Floor Data Real-Time Data Collection Always On PI Collective Control Network LEGEND Available with OSIsoft EA P = Primary Node S = Secondary Node (Redundancy) HA = High Availability = Required = Recommended = Future Recommendaton Node 1 Node 2 PI Interface Failover Pair mpi PI OPC Interface ( ) Node 1 Node 2 PI Interface Failover Pair mpi PI OPC Interface ( ) Node 1 Node 2 PI Interface Failover Pair mpi PI OPC Interface ( ) Node 1 Node 2 PI Interface Failover Pair mpi PI OPC Interface ( ) Node 1 Node 2 PI Interface Failover Pair mpi PI OPC Interface ( ) TITLE Sinopec System Architecture Real-Time Data Collection Real-Time Data Collection Real-Time Data Collection Real-Time Data Collection Real-Time Data Collection

14 Class Location/Dates Person/Role PI AF Jump Start Buenos Aires 1Q employees (4 from Mendoza, 4 from Canadon Seco and 4 from Buenos Aires) Visualizing PI System Data (Clients) ON SITE Building PI System Assets and Analytics with PI AF ON SITE PI System Architecture, Planning, and Implementation PI System Administration for IT Professionals Analyzing PI System Data Buenos Aires 1Q 2016 Buenos Aires 1Q 2016 Sao Paulo 1Q 2016 Sao Paulo 1Q 2016 Sao Paulo 1Q employees (4 from Mendoza, 4 from Canadon Seco and 4 from Buenos Aires) 12 employees (4 from Mendoza, 4 from Canadon Seco and 4 from Buenos Aires) Luis, Pablo and Daniel Luis, Pablo and Daniel Luis, Pablo and Daniel

15 Owners Description Value Service / Deliverable Sinopec PI AF Structure Definition SINOPEC: Adrian Pavesi Team Lead OSIsoft: Leonardo Gularte Duarte EPM Elaborate the Sinopec s PI AF Structure Make better use of PI AF, making it more scalable, manageable and facilitating their visualization and comparison of similar elements of different sites. PI AF Jump Start OSIsoft FSE TBD 5 work days including pre-planning and post install review Timeline March 2016 Dependencies PI Infrastructure installation Description Value Service / Deliverable Timeline Dependencies Water flooding Improvement for all wells Owners Create a unique point of data view with PI Datalink Share real time Production data with Facilities and Asset Department(similar that Sinopec did in Las Heras) Replicate and improve Las Heras s PI datalink spreadsheet for all other wells Sinopec Employee TBD 30 work days including pre-planning and post workshop follow up 2Q2016 PI Infrastructure installation

16 Initiative Focus Design Review OSI/Sinopec Meeting Understand Users/IT Solution OSI Best Practices Demo

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