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RBI 581

Quantitative risk-based inspection calculations following RBI 581 methodology for damage factor and consequence analysis - giving engineers precise, defensible risk numbers.

RBI 581 Module overview

Overview

Quantitative risk-based inspection for high-value equipment

The RBI 581 Module calculates probability and consequence of failure using detailed equipment, process, and damage mechanism data. It gives engineers a quantitative, defensible basis for inspection planning on critical equipment - identifying where risk reduction effort delivers the greatest return.

How the RBI 581 Module Works

From equipment data to quantified, ranked risk

1

Equipment Data & Damage Factors

Capture detailed equipment, process, and inspection data to establish applicable damage factors.

2

Probability of Failure Calculation

Calculate probability of failure from damage factors, inspection effectiveness, and generic failure data.

3

Consequence of Failure Analysis

Model consequence area, financial impact, and safety exposure for each failure scenario.

4

Risk Ranking & Inspection Planning

Rank equipment on a quantitative risk matrix and generate inspection plans that target the highest-risk items.

Key Features

Everything you need to run a quantitative RBI program

Ready to see RBI 581 in action?

Talk to our team about bringing quantitative risk-based inspection to your assets.

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