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Pressure System Integrity Management

Find the corrosion that a general visual inspection misses, and rank it before it becomes an LOPC incident.

The discipline

The full inspection lifecycle, connected in one system.

Pressure System Integrity Management (PSIM) is built to support API standards as the integrity platform for operators running thousands of circuits across dozens of sites. AI grades condition across the entire platform, so inspection hours land on the components that actually carry risk, and every finding stays traceable from plan to close-out.

An image view and 3D view of a digital twin of an offshore platform on ABYSS Fabric™
The discipline

Capabilities

01Capability

Condition assessment and Corrosion detection

Detection across the whole pressure system, component-level separation for lines and pressure vessels.

01Condition assessment and Corrosion detection01/05
A single asset, contextualized and isolated on 3D digital to grade corrosion on
02Capability

Risk-ranked worklist

Every located defect is ranked by consequence and priority, ready to drop into your integrity workflow.

02Risk-ranked worklist02/05
Risk registerABYSS Fabric™
TagComponentFindingSeverityRank
2-PL-4310-BProcess lineExternal corrosionHeavyP1
6-HM-8361-BHeat exchangerCUI candidateHeavyP1
0.5-ME-6043-EPressure vesselPitting clusterModerateP2
100-P2095-GAPiping circuitCoating breakdownModerateP2
3-CI-6034-RRiser clampSurface corrosionLightP3
Ranked by consequence × priorityExport worklist
03Capability

Geospatial scoping

Draw a work scope directly in 3D, bounded by paint block and deck. Scope an inspection campaign to a deck, block or a single component.

03Geospatial scoping03/05
Geospatial querying of an area using the ABYSS Fabric™ tool on the 3D model
04Capability

Comparative dashboards

Conditions can be visualized and compared across multiple different filters and even across assets in a fleet.

04Comparative dashboards04/05
Dashboard view of condition across a single platform
Holistic view of condition ratings across a fleet of offshore platforms.
05Capability

Temporal Analysis

Condition is visualized and compared across time, so that you can see exactly what worked best, what needs attention, and visualize improvement over time.

05Temporal Analysis05/05
A dashboard tracking the condition of a platform across 6 years through a dashboard.
Planning, execution, tracking

Measure the work, Measure the Impact

Plan inspection from spatial and condition intelligence, execute it against a ranked scope, and track every task to close-out in the Inspection Tracker. Then read the result across the fleet.

01

Risk Based Planning

The Inspection Planner builds the year's scope from measured condition. Filter by line, circuit, or deck, set due dates, and pull in anything nearby that carries findings but nobody scheduled, so the plan follows the highest-risk circuits instead of working the population evenly.

Inspection planner auto ranking based on risk based prioritization
ABYSS Fabric™
02

Fleet view

Condition rolls up from every circuit to every platform, so one view compares the fleet on the same scale: what is critical, what is pending assessment, and where the next campaign should land.

Holistic view of condition ratings across a fleet of offshore platforms.
ABYSS Fabric™
03

Track

Every task runs from assignment to sign-off in the Inspection Tracker: who holds it, what stage it is at, and what has stalled, by platform and by stage, so nothing found on the asset is lost between campaigns.

Inspection tracker tracking an inspection plan end to end
ABYSS Fabric™

Results

80%
GVI resource reduction

at one operator

22x

Cheaper per line inspected than the manual baseline

Up to 70%

Lower human hazard exposure

See what those numbers look like on your pressure systems.

Learn more
Standards

Built to complement the following standards

  1. 01ISO 14224equipment taxonomy and failure data
  2. 02ISO 4628corrosion and coating grading
  3. 03API 581inspection effectiveness
  4. 04API 510, API 570, and API 653 equipment classes

Base your mechanical integrity on measured condition.