0101 / 08
CML Corrosion Rate Calculator
Short, long, and maximum rates on one engine, so every analyst reaches the same number.
intelliNDT
Non-destructive examination
Every NDE method. One audit-ready record.
For NDE analysts who own the wall thickness. Take the reading or stream the scan, and one compute engine turns it into a corrosion rate, a remaining life, and the verdict integrity reads.
Built in, not bolted on
The wall, read to the metal. Cited to the basis.
Each layer of the wall carries its own reading, corrosion rate, and ASME basis, then hands the remaining life to integrity.
- 01
The outer wall
Where the UT probe and the encoded scanner read.
- 02
Wall, layer by layer
Every CML: short, long, and maximum corrosion rate.
- 03
The remaining wall
Minimum required thickness and remaining life, per ASME.
Capabilities
Built around the work, step by step.
0202 / 08
CML Remaining Life and tMin Calculators
Minimum wall to ASME B31.3 or VIII Div 1, then the years left before it runs out.
0303 / 08
CML Forecasting Dashboard
The threshold date per circuit, with the critical band flagged for review today.
0404 / 08
P&ID Circuit and CML Extractor
Spectra drafts circuits and CML points from the drawing, for an engineer to approve.
0505 / 08
Every method, one record
UT, PAUT, TOFD, RT, MT, PT, and ET land on the same CML, one timeline not seven.
0606 / 08
Encoded scans, full coverage
Automated corrosion maps import native, so coverage is the component, not a few points.
0707 / 08
Your scanners and sensors, reconciled
Permanent sensors and automated scanners stream in and reconcile to the CML on one engine.
0808 / 08
Defect recognition that assists, not decides
Vision assist flags indications on imported scans for the analyst to confirm, never auto-called.
08 CAPABILITIES
SWIPE
Grounded by design
One model. Cited to the clause.
- Reads the live digital twin, not a copy
- Cites the API or ASME clause behind each result
- Exports the full path to a result as one query
For the NDE analyst
Readings in, remaining life out.
One compute engine, one number
Short, long, and maximum corrosion rate on one engine, so every analyst agrees.
See the wall, not just points
Encoded scans import native, so coverage is the whole component, not a few CMLs.
Hand integrity the verdict
Minimum wall and remaining life flow straight to the risk score, per ASME.
Real screens from the platform, not mockups
Proof
Every reading runs on a declared ASME basis and carries the per-point trail an audit demands.
Standards referenced
ASME Section VAPI 510API 570ASME B31.3ASME VIII Div 1API 571ASTM E797ASNT SNT-TC-1AISO 9712ASTM E2339API 579API 580API 581
Explore
Works with the rest of the thread.
intelliINTEGRITY
Know what can keep running and what cannot, the moment readings land: RBI and fitness-for-service to API 579.
Explore→
intelliINSPECT
Inspections come back complete and consistent the first time, on any vessel, tank, exchanger, PRV, or line.
Explore→
intelliVISION
Every module reads the same living model of your plant: hierarchy, 3D, photogrammetry, LiDAR. No one works from a stale drawing again.
Explore→Answers
intelliNDT, in plain terms.
Which NDE methods does intelliNDT manage?
UT straight-beam and thickness, PAUT, TOFD, RT including digital and computed radiography, MT, PT, and ET, plus screening methods like guided-wave UT and pulsed eddy current. Every method attaches to the same CML and asset record.
Do I need to buy your scanners or sensors?
No. intelliNDT is the data-and-compute layer, not the instrument. The encoded scanners, crawlers, and permanent sensors you already run stream their readings in, and the module reconciles them to the CML on one engine. Manual readings and streamed data sit side by side.
What corrosion rate methods does intelliNDT support?
The CML Corrosion Rate Calculator computes short-term, long-term, and maximum corrosion rates per point using API 510 and API 570 methodology, with scope selectable at the point, circuit, asset group, or program level.
How does the tMin calculator determine minimum wall thickness?
The CML tMin Calculator applies ASME B31.3 for piping circuits or ASME VIII Div 1 for pressure vessels, drawing on the configured design basis for each CML point to produce a code-grounded minimum thickness value.
Can readings be captured offline in the field?
Yes. The CML Thickness Survey wizard supports offline sync, readings queue locally and push to the server on reconnect, keeping field work uninterrupted when signal is unavailable.
What does the P&ID Circuit and CML Extractor actually produce?
It drafts equipment references, corrosion circuits with component type, service fluid, operating conditions, and damage mechanisms, plus CML point locations for engineer review. Nothing writes to the program until the engineer approves the reviewed rows.
How does anomaly detection work?
The CML Anomaly Detection calculator runs physical checks (impossible wall growth, non-physical values) and statistical checks (extreme rate outliers relative to point history) on every reading before it can be approved into the integrity dataset.
How does intelliNDT connect to inspection and the RBI program?
Both directions. A visual finding in intelliINSPECT can call up an NDE survey here, and approved CML readings flow on to intelliINTEGRITY, where they trigger assessments and update the RBI loop without export or re-keying.
See intelliNDT on your own asset.
See the failure before it happens. Prove the work after it is done.
Your asset class, configured live. No slides.