BIM Blueprint scans, trends, and projects the wear curve for every refractory-lined, structural, and rotating asset you own, so your team maintains on schedule, not by surprise.
Each module is a repeatable monitoring program for one class of asset, built on the same survey-grade scanning and trending. Turn on the ones that match your equipment.
You're looking at a live demo facility. When your program starts, this is the exact screen your team logs into ... your units, your limits, ranked by urgency. Click any module to drill into its assets and forecasts.
The traditional integrity survey was designed around what a person with a gauge could reach. A registered scan measures the whole asset ... and turns the result into a record instead of a reading.
Geometry monitoring isn't a line item ... it's the difference between maintenance you scheduled and maintenance that scheduled you.
Unplanned outages on critical units run $1-2M a day. The program exists to keep maintenance scheduled, not sudden.
A reline scoped into a turnaround costs a fraction of the same job done as an emergency, with expedited freight, premiums, and lost production stacked on top.
Full-coverage data from standoff replaces scaffold builds, rope access, and entries between outages ... and the safety exposure that came with them.
The same scan that trends integrity also yields as-builts, twins, and engineering-ready geometry. You stop paying to measure the same plant twice.
A year of monitoring costs a fraction of one avoided day of unplanned downtime. Everything after that first avoided surprise is money you keep.
And the value compounds: year one is a baseline, year three is a forecasting tool, year five is an integrity record your engineers ... and your insurers and regulators ... can stand on.
Start with the one asset that keeps you up at night. Prove it there.
High-density 3D LiDAR captures the full asset surface to sub-quarter-inch resolution, from safe standoff distance.
Every scan aligns to the original baseline, so year-over-year change is true material movement, not setup variance.
The measured surface is overlaid against design or as-built geometry, and deviation is mapped across the whole asset.
Per-zone change rate is projected against the allowable limit to produce the maintenance date that drives turnaround planning.
Anyone can scan an asset once. What can't be shortcut is years of registered baselines on your equipment ... an integrity history that gets more valuable every cycle.
Every module you add brings more of your facility into one record, each asset measured against its own history. The longer the program runs, the clearer the trend gets, so your team can see what needs attention, and when.
Tell us about your assets and we will walk you through a baseline assessment.