For Your Projects
An intelligent engineering integrity and information management system assuring your design and operations are verified faster, safer and more accurately.
A fully integrated Action and Task management tool. Workflow Integrity gives you greater access and visibility over your compliance items. Being integrated to your project data allows you to manage and affect change seamlessly.
Integrity Framework holds data from different sources (Engineering, Instrumentation, Piping etc.) with simple search and edit functions along with links to all other modules you can quickly manage and remediate your engineering project data.
You can get a variety of database, drawings and documents into Integrity either by direct import or through HAZID's Aurelia service, which converts base CAD drawings fully into a database and associated drawing graphics.
Engineering Integrity is a unique technology which will validate against your best practices and company standards. Rules can check just about anything on documents as well as across the engineering project.
Process Safety Integrity moves your HAZOP and safety studies into the 21st century. Utilising your corporate safety knowledge PSI has the ability to automatically determine the likely hazardous scenarios and streamline your safety studies.
Whether you have engineering information for a brownfield site or you are receiving it for a new capital project, it’s likely to be in variety of inhomogeneous formats: P&IDs from major EPCs in Intergraph or AVEVA format; drawings from package vendors and local engineering service companies in basic AutoCAD or MicroStation; datasheets in Excel and PDF, to name a few.
HAZID AI and knowledge led data capture techniques go beyond just scraping and matching tags to creating a fully fledged information model of your asset.
The unified information model is used as the basis for all tasks within the HAZID Framework suite ensuring that you always have Complete, Correct and Consistent data available to your Projects and Operations.
Rules look at the process topology to check the system context, as well as attributes, reference information and equations. This is important because plant items do not operate in isolation, but as part of process systems or unit operations.
Engineers can apply their knowledge to the system in a logical and non intrusive manner allowing you to get the answers to design and operating scenarios faster.