The ISO-TS 15926 standard is an international technical specification for managing lifecycle information of industrial facilities, processes, and products. It provides a common framework for exchanging and integrating data between different software systems used in various stages of the lifecycle, such as design, construction, operation, and maintenance.
Key Features and Benefits
ISO-TS 15926-6:2010 specifically focuses on the representation of lifecycle information using semantic technologies. It defines a consistent set of concepts and relationships that enable the integration of data from different disciplines, ensuring interoperability and data consistency throughout the entire lifecycle process. The key features and benefits of ISO-TS 15926-6:2010 are:
Interoperability: The standard allows seamless exchange of information between different software systems, enabling collaboration among different stakeholders.
Data Consistency: By using a standardized set of concepts and relationships, ISO-TS 15926-6:2010 ensures that data remains consistent and accurate throughout the entire lifecycle, reducing errors and improving decision-making.
Efficiency: The standard eliminates the need for manual data conversion or re-entry between different software systems, saving time and resources.
Long-term Data Preservation: ISO-TS 15926-6:2010 enables long-term preservation of lifecycle information, ensuring its availability for future use or reference.
Applications and Implementation
ISO-TS 15926-6:2010 finds applications in various industries, including oil and gas, chemical plants, power generation, and infrastructure development. It integrates with existing software systems and platforms to facilitate effective information management across all stages of the lifecycle. Implementation of ISO-TS 15926-6:2010 involves:
Model Development: Create a conceptual data model using standard classes, properties, and relationships defined in the ISO-TS 15926-6:2010 specification.
Data Integration: Integrate existing data sources and software systems with the standardized data model to ensure data consistency and interoperability.
Information Exchange: Enable seamless exchange of information between different stakeholders, both within an organization and across different organizations involved in the lifecycle process.
System Integration: Integrate ISO-TS 15926-6:2010 compliant software systems with other enterprise systems, such as ERP or CMMS, for efficient data management and decision support.
Conclusion
ISO-TS 15926-6:2010 provides a comprehensive framework for managing lifecycle information in industrial facilities. By ensuring interoperability, data consistency, and long-term preservation, it facilitates effective collaboration among different stakeholders and improves overall efficiency. With its wide applications and benefits, implementation of ISO-TS 15926-6:2010 can greatly enhance information management in various industries and contribute to better decision-making throughout the entire lifecycle process.
Nina She