Common IT solutions for The Norwegian Continental Shelf (NCS)

Transcription

1 Semantic Days Conference 2013 Sola strand Hotel, Stavanger, Norway Common IT solutions for The Norwegian Continental Shelf (NCS) Dr. Thore Langeland Strategic Advisor, EPIM Mobile:

2 Purpose of EPIM Utilise and make available IT solutions that facilitate the best possible flow of information between any and all of its users, these being owners of licensees on the NCS and relevant authorities involved in exploration, development, production and transport on the NCS. EPIM is owned and governed by the operators on the NCS. 2 2

3 Integrated Operations (IO) IO is integrated work processes across operations in real time IO is access to offshore information onshore in real time, transforming data to information and new integrated work processes IO is a quiet revolution that is changing the offshore industry IO is safer, faster and better decisions 3 3

4 Integrated Operations and the 5Is 1. Instrumented Automated identification and data capture (AIDC) and automation 2. Interconnected Digital infrastructure and Information security 3. Integrated data Information management 4. Innovative computing and business intelligent software 5. Intelligent decisions 4 4

5 Integrated Operations - Generation 1 and 2 Potential Integration across onshore and offshore Integration across companies Generation 1 Integrated onshore and offshore centers Continuous onshore support Generation 2 Integrated operation centers of operators and vendors Heavily automated processes 24/7 operation Limited integration History Self-sustainable fields Specialized onshore units Periodic onshore support Time

6 Operations - History, IO G1 & G2 Degrees of real time data integration onshore Generation 2 A common terminology for E&P ensuring that concepts are consistently defined across domains (oil and gas ontology) Any business process or combination of business processes may be presented on one screen Reasoning software using data from several domains (drilling, production, logistics and operations and maintenance) are deployed and provide planning information and actions (automated or partially automated) Generation 1 Terminologies established for single domains The basis for XML schemas for automatic transferal of data between applications in same domain There is one screen per domain The opportunity for concurrent analysis of data from different domains are still limited History Daily operational morning meeting week days No real time data available onshore Many applications are used offshore for the same purpose There are many screens per domain and data are locked in the various applications 6 6

7 Operations - History, IO G1 & G2 Organizational changes Generation 2 Operation centers of operators and vendors are integrated Vendors are managing processes operators managed earlier Several tasks are automated The parties cooperate over the net (virtual teams, leadership, culture, compensation new operational concepts, decision processes, roles and procedures have to be adapted virtual operation centers) The centers are operating 24/7 and tasks are carried out according to follow the sun principles Generation 1 Decisions are made jointly by teams onshore and offshore Personnel onshore monitor operations in real-time, identify operational and safety related problems, discuss actions with and support personnel offshore in the implementation phase For some areas like drilling onshore support is available 24/7, for other areas beyond normal work hours Off-the-shelf technologies like high quality audio and video systems are used extensively for real time co-operation History Daily operational decisions are made offshore with limited onshore support Personnel on- and offshore belong to several different organizational units Plans are made and changed fragmentally and at fixed times IT solutions are specialized and silo-focused Data necessary to optimize operations is time-consuming and difficult to gather 7

8 Information strategy for EPIM Intelligent systems and components Virtual model of reservoirs, wells, production process & facilities Distributed control & surveillance systems 4D and 4C seismic (sea bottom or conventional) Fiber cable Collaboration tools Down hole sensors and processing equipment Oil and Gas Ontology (OGO) based on ISO Semantic Web Web services Operators Integrated, onshore-based operation centers Vendors 8

9 Oil and Gas Ontology (OGO) (based on ISO 15296) A Norwegian industry initiative (NORSOK) estimated the potential of ISO to be 25% reduction in CAPEX and 20% reduction in OPEX. EPIM has in close collaboration with Norwegian Oil and Gas Association and PCA developed parts of the OGO already within: Planning 9 Environment Drilling Production Development Operations and maintenance Transport Logistics EPIM has knowledge of and experience with building and operating RDF triplestores structured according to GIM and based on Semantic Web Technology Harmonizing the E&P terminology Integrating the terminology from the different business domains in E&P HSSE Drilling Development Production Integrating drilling dialects Logistics Integrating HSE dialects across E&P sector Integrating development dialects Creating a common terminology for the E&P sector Harmonizing the oil and gas terminology in E&P From local domain data standards to an oil and gas terminology Integrating production dialects Integrating logistic dialects The oil & gas The terminoloy Oil & Gas Ontology ( ( PCA Reference Data Library Operation & Maintenance Integrating O&M dialects Transport Integrating transportation dialects Contains dictionaries, taxonomies and ontologies for relevant business processes in E&P sector 9

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11 Asset Business, Technology and Knowledge view Technology (PERA) Networks (5) ERP (4) Knowledge (GIM) Operations Mgnt (3) Business (PEAM) Control systems(2) GIM= Generic Information Model Intelligent devices(1) = ISO Integrated Life-Cycle data Physical(0) RD= Reference Data PERA= Purdue Enterprise Reference Architecture PEAM= PISTEP Engineering Activity Model 11

12 ISO and Semantic Web technology is the way forward ISO has a generic conceptual model for data integration deploying Semantic Web Technology Resource Description Framework (RDF) is a distributed data model on the Semantic Web consisting of a triple Evolution: Web 1.0 Pages and documents Web 2.0 Social networking Web 3.0 Semantic Web Table Subject Predicate Object Any table of data might be expressed as RDF triples where Subject is the row number Predicate is the content of column Object is the cell value Subject and predicate are resources. A resource is anything that someone want to talk about and that has a unique address through a Uniform Resource Identifier (URI). Why ontology? The real world is complex and changing, you need a solution that can cope with that complexity and adapt with the changes. That's what ontology does for you 12 12

13 E&P Information Management Association (EPIM) Services today: Joint Venture Management License2Share (L2S) collaboration tool and a repository for shared documentation in all production and transportation licensees (NCS) Integrated Life-cycle Assets Planning common structure for assets planning based on ISO Gas sale tax reporting Secure Oil Information Link extra net for the offshore industry Training activity a repository Safety, Health and Environment EPIM EnvironmentHub - yearly report of emissions and discharges to authorities based on ISO Services today (cont.) : Subsurface EPIM ReportingHub repository for drilling and production reports to partners and authorities based on ISO Outcrop repository for outcrop data Operations Norwegian Deepwater Program cost effectiveness Supply chain EPIM EqHub quality standard equipment information based on ISO EPIM LogisticsHub CCU event repository for the NCS based on ISO

14 ERH Main Objectives Shall receive drilling and production reports from operators on the NCS, validate, store and send them to authorities and partners Shall provide drilling and production data to the partners on request Shall be flexible for changes in the reports and easy to extend to new types of reports Shall be based on NPD Fact Pages and PCA RDL 14 14

15 Key elements of the Daily Drilling Reporting (DDR) Operator 3. PCA RDL 4. NPD Fact Pages 13. Sending 12. Transforming DDRML 1. Receiving 2. Validating 5. Decision 7. Accepting 10. Sending 6. Returning with error messages 8. Storing as XML 9. Storing as triples Receiving 14. Sending specific information to some partners Validating 15. Data analysis Decision 11. Returning with error messages Accepting 15

16 EPIM EnvironmentHub (EEH) Fun using EEH! Operator 7. Operators submission by 1.3. NOG s quality assurance by Push & Pull 6. Storing as RDF triples 5. Storing as XML file Validate Report Resend Correct Receive 1. Data from browser, excel or XML file 2. Validating NPD Fact Pages PCA RDS 3. Decision 4. Returning with error message 4. New report

17 Logistics on the NCS An overview 2013 Licensees 40 Operators 500+ Active Production Licensees 80+ Fields in production 10+ Active Transport Licensees 14 operators with production 1 operator of pipelines 6 operators with PDO (no prod.) 19 operators with only exploration Suppliers of products and services Rig suppliers Service companies O&M contractors Transport suppliers Tracking using RFID? Cargo & Passenger Offshore supply bases Supply ships Cargo Carrying Units Equipment Helicopter People (POB) Equipment Tanker Oil Kirkenesbase, Kirkenes Polarbase, Hammerfest Norbase, Harstad Helgelandsbase, Sannessjøen Vestbase, Kristiansund Kistiandsundbase, Kristiansund Fjordbase, Florø Mongstadbase, Lindås Coast Center Base, Sotra Stordbase, Stord Norsea base, Tananger, SOLA Norsea base, Dusavika, Stavanger 17

18 EPIM LogisticsHub (ELH) EPIM LogisticsHub The CCU: Who What Where When Why + doc/info.? CCU owner Transport Supplier Transport Supply base/operator Transport Installation CCU back to the owner 118 8

19 XML (query) Master data Regularly updating of master data CCU Owners Owner ID Type Certificate Hirer Period NPD Fact Pages XML PCA RDS GS1 GLN Register The Brønnøysund Registers XML (response) EPIM LogisticsHub A schematic overview Appl. Appl. Appl. Appl. Appl. Appl. NORSOK Z015 Units Norwegian Oil & Gas sealed CCU Updating RFID Reader RFID Tag Updating RFID Reader RFID Tag Updating RFID Reader RFID Tag Updating RFID Reader RFID Tag Updating RFID Reader RFID Tag Updating RFID Reader RFID Tag Ordinary CCU Dangerous CCU CCU Owner location Supplier location Transport positions Supply Chain Supply base location Operator locations Rig owner location 19

20 EqHub pre-qualified information delivered once and for all EqHub Use Operator Quality equipment information at your fingertips (URL) Use Contractor Approximately 80 % of tagged equipment Improved schedules and reduced engineering work Use Package supplier Reduces the DFO with approximately 60 % Supplier admin Technology Based on proven technology and skilled support organization Standard ISO15926 Approval Enter Equipment supplier Version 1.0, 28 September

21 EPIM promotes and deploys ISO on the NCS 1. EPIM is dedicated to further develop an OGO based on ISO together with PCA according to the priorities of the operators ISO interoperability at its simplest 2. In close cooperation with the operators contribute to development of triple-stores and applications based on the OGO 3. Work through PCA to make OGO available for the global industry 21

22 THANK YOU! 22