Intergraph Tank 2019 Download [updated] May 2026

Intergraph Tank 2019 — Overview, features, download guidance, and practical notes

Intergraph Tank is a software product from Hexagon’s Safety, Infrastructure & Geospatial (previously Intergraph) family used for designing, analyzing, and managing aboveground and underground storage tanks. “Intergraph Tank 2019” refers to the 2019 release/version of that product line (sometimes marketed under names like “Tank” or as part of Hexagon PPM/GT STRUDL toolsets). Below is a focused, practical, and explicit write-up covering what the product is, who uses it, key capabilities in the 2019 release, licensing and download pathways, installation and system requirements, typical workflows, file and interoperability notes, and important cautions.

1. Official Channels: Users with active maintenance agreements can download the software directly from the Hexagon website or via the Smart Support portal.
2. Trial Versions: Potential users interested in evaluating the software should contact Hexagon Sales directly to request a demo or trial version. Unauthorized downloads from third-party "warez" sites pose significant security risks, including malware, and violate software licensing agreements.

1. Updated API 650 12th Edition Addendum: Support for the latest addenda of API 650, ensuring designs meet current industry standards.
2. Enhanced Seismic Analysis: Improved algorithms for seismic risk assessment, allowing for more precise safety factors in earthquake-prone zones.
3. Improved Reporting: Enhanced output reports that are easier to interpret and share with stakeholders.
4. Floating Roof Design: Better tools for analyzing floating roof buoyancy and drainage.

Need help? If you encounter issues with the download or installation, always rely on the official Hexagon Smart Support portal for technical assistance. intergraph tank 2019 download

Typical user workflow (concise)

1. Start a new tank project and select tank code and template.
2. Define geometry: diameter, shell courses, roof type, shell/roof material and thickness, floating roof parameters, nozzles, manways, attachments.
3. Define loads and load cases (hydrostatic, wind, seismic, thermal).
4. Run analyses and code checks.
5. Inspect warnings/errors, adjust design or thicknesses to meet code checks.
6. Generate fabrication drawings, BOMs, and the final compliance report.
7. Export drawings to CAD (DWG/DXF) and data tables for project handover.