Enterprise Integration Development Projects

The following are "open" initiatives that are intended to develop standards, methodologies and/or tools to more effectively implement Enterprise Integration projects. These development projects may be undetaken by standards groups (e.g. ISA or ISO), or collaborative industry groups (like API or EPRI). Open Projects offer their results to all participants and (preferably) to all enterprises. Proprietary "in-house" development programs are not included.

If you click on any of the links below, you will see a short discsussion of the development project, and/or a link to the development group's website.

• PCA-MIMOSA Reference Architecture Framework - Updated Nov. 2024
  This is a project of the IT Architecture SIG of MIMOSA. It provides:
• a Reference Architecture Framework (RAF) for Integrated Engineering and Operations
• a guide for defining and designing new IT systems
• and a classification system for describing existing IT infrastructure
It is intended for the upstream Oil & Gas industry, downstream Petrochemical industry, and for Engineering Procurement Construction (EPC) projects.
• ISO 15926 Life Cycle Data Standard - Updated Nov 2024
  The primary objective of ISO 15926 is integration of life-cycle data for process plants, including oil and gas production facilities.
  ISO 15926 has the following parts:
  
  • Part 1 - Overview and fundamental principles
  • Part 2 - Data model
  • Part 3 - Reference data for geometry and topology
  • Part 4 - Reference Data, the terms used within facilities for the process industry
  • Part 6 - Methodology for the development and validation of reference data (under development)
  • Part 7 - Template methodology
  • Part 8 - OWL/RDF implementation
  • Part 9 - Implementation standards, with the focus on standard web servers, web services, and security (under development)
  • Part 10 - Conformance testing
  • Part 11 - Methodology for simplified industrial usage of reference data (under development)
  • Part 12 - Life cycle integration ontology in Web Ontology Language (OWL2)
  • Part 13 - Integrated lifecycle asset planning

  For a more detailed explanation, read the paper ISO 15926 - the Lingua Franca of global interoperability
  Wikipedia provides an excellent history of the development of this standard.
  

• IEC SC 65E addresses Devices and Integration in Enterprise Systems
  The following are some Enterprise Integration standards you may find useful:
• IEC 61804 Process Control Electronic Device Description Language (EDDL)
• IEC 61987 Industrial Process Measurement and Control - Data Structures and Elements in Process Equipment Catalogues
• IEC 62264 Enterprise Control System Integration: Objects and attributes for manufacturing operations management integration
• IEC 62453 Field Device Tool (FDT) Interface Specification
• IEC 62451 OPC Unified Architecture
• IEC 62714 Engineering data exchange format for use in industrial automation systems engineering (Automation Markup Language)
• IEC 62769 Devices and integration in enterprise systems

Go to the IEC website ( https://www.iec.ch/homepage ) and search for SC_65E to see the status of each standard development project,including expected publishing dates. Note: You may need to set up an account to access this information.

• Oil and Gas Interoperability (OGI) Pilot
  The OGI Pilot is a public interoperability test-bed jointly run by MIMOSA in cooperation with multiple other industry associations. The Pilot uses the Open Industrial Interoperability Ecosystem (OIIE) architecture and feeds back lessons learned from implementations of OIIE Use Cases.
  
• IMS Intelligent Manufacturing Systems project is "an international research and development program established in 1995 to develop the next generation of manufacturing and process technologies". IMS is supported by the governments of 28 countries of the European Union, Mexico and the United States.
• IFAC International Federation of Automatic Control IFAC's Technical Committees (TCs) are responsible for the technical areas which are specialized topics in control engineering. The technical areas are placed into nine groups, called Coordinating Committees (CCs) where each technical area within a CC coincides with a TC.
• Energistics Common Technical Architecture
  is a set of shared technology that provides a common foundation for the Energistics family of standards (WITSML, PRODML and RESQML), better harmonizing those standards and making them easier to implement.
  
• Standards Leadership Council
  objective is to unite leaders of upstream oil and gas industry standards organizations in a collaborative environment promoting the adoption of open and freely-available standards. Founding rganizations were: Energistics, PPDM Association, PIDX, Open Geospatial Consortium, OPC Foundation, PODS, POSC Caesar Association, and MIMOSA. SLC meet twice a year to coordinate efforts on standards.
  

In most cases, assistance is available from the support organizations listed on the websites above.