Aspen Zyqad™

Delivers significant improvements in productivity, agility, and time-to-delivery in basic engineering

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Companies face increasing pressure to improve productivity and compress project schedules. Aspen Zyqad is proven on world-scale projects to deliver basic engineering packages faster and with fewer resources, promote agility, and integrate global design teams. Aspen Zyqad is a core element of AspenTech’s aspenONE™ Process Engineering applications.

Features

Share Accurate and Consistent Data: Data is entered into Aspen Zyqad once, then maintained in a single, up-to-date central repository and shared by all team members in any location. Aspen Zyqad manages data for multiple process cases and allows for different controlling cases to be selected or assembled for each equipment item. Access to edit or view specific data can be limited to certain individuals and by work process stage.
Intelligent Diagrams and Datasheets: Includes out-of-the-box support for PFDs, MSDs, DPTDs, and P&IDs, together with a library of over 120 templates for industry-standard and best-in-class datasheets and lists. Documents are separate from the underlying data in Aspen Zyqad, and are populated and maintained from the accurate and consistent central repository. Each document may have its own release/issue lifecycle, managed by workflows that are configured to match your current procedures.
Integrated Design Tools: Aspen Zyqad includes interfaces to load multiple cases of data from all major process simulators, including Aspen Plus®, Aspen HYSYS®, and Aspen Custom Modeler®. Data for specific cases, or from a designated controlling case, can be transferred to Aspen Tasc+ and Aspen Acol+ for design and rating calculations, or to third-party heat exchanger design products
Transition Rapidly to the Basic Engineering Package: Simulations can be expanded into PFDs and P&IDs. The expansion workflow in Aspen Zyqad applies templates to eliminate routine work while emphasizing the user’s engineering judgment. Templates may be extended or modified by users.
Design Re-use: Whole or partial designs and documents for standard items in Aspen Zyqad may be saved into a library of modular design templates, managed by Aspen Zyqad, and re-used in future projects.
Create Accurate Estimates from the Design: Design data in Aspen Zyqad can be transferred to Aspen Kbase® to initialize or re-baseline cost estimates that become increasingly precise as the design evolves.
Leverage Existing In-House Tools: In-house engineering tools, including spreadsheets and in-house programs, can be seamlessly integrated into Aspen Zyqad through standard interfaces including COM, .NET and XML. Microsoft® Office documents can be integrated using the point-and-click “Bridge”.
Architected for Global, World-Scale Projects: Aspen Zyqad was architected for globally distributed, multi-user, concurrent work sharing, and offers multiple options for users to connect to the central repository. Aspen Zyqad stores its data in a standard database (Oracle or SQLServer). It has been proven on multi-billion dollar world-scale projects executed across the globe and in collaborative joint venture projects.
Configurable to your Standards: Tools are supplied with which you can configure Aspen Zyqad to match company- or project-specific symbology and datasheets, and to capture engineering standards and best practices in the Aspen Zyqad knowledge base. Multiple projects with different configurations can be executed simultaneously. Datasheet configuration re-uses datasheet templates in Excel if available.
Industry-Leading Data Model: The Aspen Zyqad “Core Common Data Model” (CCDM) provides industry-leading breadth and depth of coverage of process and mechanical design data for all equipment types encountered in typical projects. CCDM underpins all out-of-the-box content in Aspen Zyqad, provides a reusable resource to in-house configuration projects, and can be extended to accommodate non-typical process equipment

Benefits

Aspen Zyqad has delivered over a thousand projects ranging in size from small process units to $4 billion world-scale petrochemical complexes, in a wide range of industries including refining, chemicals, power, consumer goods, mining and minerals, and nuclear. Specific benefits reported include:

Schedule for basic engineering packages of licensed technologies compressed by 6 months using design re-use
Basic engineering efficiency improved by 30%
Opportunity to grow business by 30%, staffed almost entirely by manpower freed by increase in productivity on existing projects
Effort to achieve error-free deliverables reduced by 25% as all transcription and consistency issues eliminated
One complete revision cycle eliminated in detailed engineering by eliminating rework due to errors in basic design data
Agility and global resource smoothing, essential to ongoing business