Intergraph's family of integrated plant design solutions continues to be used by the power generation industry globally to support the design and construction of both conventional and nuclear power generation plants. Intergraph Smart 3D capitalizes on core technologies, enabling the reuse of external mechanical design data for large power plant equipment, such as boilers, precipitators, and crushers, combined with the complex piping systems found in today's latest generation power plants.
Smart 3D, Intergraph's latest 3D plant design solution, is designed to dramatically increase design, modeling, and deliverable production productivity across all key disciplines involved in the design of today's complex plant while increasing overall design quality and data integrity.
Using industry-standard database technologies from Microsoft and Oracle, Smart 3D is a true, data-centric plant modeling environment. This enables the multi-disciplinary design team to create an intelligent 3D plant model from which all intelligent plant deliverables are produced. SmartPlant 3D also includes close integration with fabrication requirements (via SmartPlant Spoolgen) and smaller piping projects (via SmartPlant Isometrics).
Smart 3D includes a series of integrated tasks addressing key plant design activities, including:
Comprehensive 3D interference detection and visualization functions are fully integrated across all 3D modeling disciplines. Complementing the interactive interference detection, Smart 3D also includes a unique server-based interference environment which constantly checks the overall integrity of the entire 3D plant model.
Smart 3D extends plant design and deliverable automation to new levels while simplifying or even eliminating redundant, time-consuming workflows and tasks, for example, drawing definition, annotation and dimensioning, and repetitive design tasks. A range of multi-disciplinary automation features are supplied as a standard feature of Smart 3D, which may be extended to suit specific project or customer requirements.
Smart 3D's automation environment offers organizations the opportunity to develop higher level, strategic automations addressing specific engineering needs. Overall, Smart 3D automations can extend competitive advantage even further compared to more traditional approaches.
Data and application integration across other engineering disciplines is a crucial aspect of Smart 3D's plant design environment.
Integrated via SmartPlant Foundation, P&ID-driven piping design and comparison within Smart 3D is now possible. Intelligent schematic data produced initially in SmartPlant P&ID can be directly used in the Smart 3D piping task to ensure consistency between the schematics and physical plant designs as well as ensure data duplication between tools is eliminated.
Intelligent electrical data created using SmartPlant Electrical can be used to drive intelligent, automatic cable routing in Smart 3D based on intelligent electrical cable schedules. Accurate cabling data can then be passed back from Smart 3D for use in SmartPlant Electrical.
For instrumentation, Smart 3D integrates with inline instrument data created originally using SmartPlant Instrumentation to create inline instruments. The result is a truly integrated design and engineering environment in which data reuse and integrity is safeguarded using SmartPlant engineering solutions.
Smart 3D includes facilities for the development and application of engineering rules to support the design team. A comprehensive range of engineering rules are included with Smart 3D. Additional engineering rules may also be defined to capture engineering knowledge within the organization, enabling you to balance the increasing mix of experienced and inexperienced project teams across all key disciplines while still protecting overall project integrity and design quality.
Smart 3D also enables full design reuse of data across all plant disciplines during detailed 3D modeling. This has a major impact on reducing engineering labor hours and offers the potential for true modular based design through intelligent "smart" components and assemblies.
Smart 3D includes a unique capability which automatically notifies designers following any design change. Designers receive notification of changes specific to their design activities via an electronic "To-Do" list which is fully managed and controlled by SmartPlant Foundation. This environment offers major advantages when tracking and managing all engineering changes during the design life cycle.
Smart 3D offers a unique series of tools which fully automate the production of intelligent 3D deliverable drawings directly from the 3D plant database. Users are able to generate accurate, fully dimensioned, and annotated orthographic drawings automatically.
Similarly, Smart 3D includes ISOGEN, the de facto standard solution used to generate piping isometrics completely automatically, resulting in considerable reductions in the time needed to generate and update drawings to reflect the latest design status.
SmartPlant 3D's sister product, SmartPlant Layout, offers an environment for the rapid development of alternative 3D plant layouts and configurations for both plant owners looking to evaluate initial capital budgets for new projects as well as EPCs looking to develop and refine an optimized plant layout within defined requirements, engineering scope, and budgets. Automatic, rule-based pipe routing integrating with external line list data or SmartPlant P&IDs dramatically reduces the time needed to define a new plant layout. Direct integration with leading third-party cost-estimating software further extends the benefits of Intergraph's plant layout solutions. This enables alternate 3D plant layouts to be further assessed both in terms of layout optimization and overall cost to establish the most cost-efficient design.
SmartPlant 3D enables iterative design beyond current technologies or solutions, based on its intelligent 3D plant objects forming the computer data-based plant model. By using these "smart" objects (for example, a pipe, a control valve, or a structural steel member), Intergraph has been able to introduce innovative new technologies to extend even further the possibilities for intelligent 3D design. Such technologies include plant object associativity, relationships, specification-driven component placement, and parametrics.
SmartPlant Enterprise solutions are fully enabled to support global EPC and O/O collaboration throughout the life cycle of a plant using the latest worksharing technologies based on industry-standard database replication. True global worksharing using Intergraph's plant design solutions now means that EPCs, their sub-suppliers, and O/Os are able to design collaboratively together in a single design environment, which may extend across national or international boundaries. This maximizes the use of limited skilled engineering resources in different locations around the world to develop the new plant deign in a truly collaborative, integrated design environment.
SmartPlant 3D fully supports comprehensive data and application integration with other SmartPlant Enterprise products as well as external, third party applications. SmartPlant 3D's open system architecture uses current industry standards to support data and graphics exchanges to ensure true interoperability between engineering software tools used on today's projects.
Design visualization and design review are fully supported using Intergraph's established SmartPlant Review visualization software. SmartPlant Review fully integrates with the SmartPlant 3D plant model, allowing designers to undertake comprehensive design reviews of the 3D plant model to ensure design integrity.
Plus, add-on modules address specific engineering tasks, such as construction simulation and on-site drawing generation. SmartPlant Review also provides integration with external laser point-cloud data to facilitate in-context design visualization.
SmartPlant Review is applicable to both EPCs involved in design reviews as well as plant owners visualizing and "walking around" their 3D plant model.