[ Value ]

The business case, on your own numbers

Beyond the SME-weeks a faster, cleaner revalidation gives back, the larger prize is the production that abnormal situations quietly cost you — on the order of $25M a year at a typical refinery (about 3–8% of capacity, most of it avoidable). Set your own numbers below; every input is yours, and the math is shown in full.

Grounded in published research and real industrial datasets
ASM ConsortiumARC AdvisoryU.S. CSBUK HSESPAR-H / PetroHRAHFACS-OGI
UC2C.AI · Hazard Navigator

Economic Value Calculator

Estimate the annual value at a single facility from one understanding of the safety system — paying off on both sides of process safety: fewer latent gaps that lead to incidents, and fewer self-inflicted trips of correctly-functioning safeguards. Every input is yours to set; defaults reflect published anchors, and the calculation is shown in full.

Your facility
Facility type
Average U.S. refinery scale. Sets a starting production value you can override.
Annual production value at risk
$ million / yr
Gross margin (refining, petrochemical) or netback (offshore) at full availability.
estimate from throughput
$
Abnormal-situation loss rate5.0%
1%5%10%
Share of production lost to abnormal situations. ASM Consortium: 3–8% of capacity; ARC Advisory: ~5%.
Addressable share9%
0%20%40%
Share of the abnormal-loss pool addressable by hazard intelligence. Derived from incident-causation analysis and cross-checked against the CSB corpus: ~9% count-weighted; 20–30% loss-weighted.
Realized capture35%
0%50%100%
Share of the addressable value actually realized — calibrated by pilot. A conservative starting value is shown.
Facilities in scope
site(s)
Scale per-facility value to your portfolio.
Estimated annual value created
$0
per year across 1 facility
How the figure is built — per facility
Production value at risk
Abnormal-situation loss pool× 5.0%
Addressable value× 9%
Realized annual value× 35%

The abnormal-loss pool spans both sides — incidents and operator-induced upsets (spurious activations of correctly-functioning safeguards). Analyst-efficiency savings (~$50–200K/yr) are additive and not counted here. Figures are illustrative and depend on your inputs.

How this is calculated

The model

Per-facility annual value is a transparent product of four factors, each set by you:

V = Vprod × Labn × faddressable × c

Vprod — annual production value at risk (margin or netback at full availability). Labn — share lost to abnormal situations, ~5% (ASM 3–8%; ARC ~5%, of which ~80% avoidable). faddressable — share of the abnormal-loss pool addressable by hazard intelligence, after ceding violations, slips, fatigue, and equipment/alarm failures to other interventions. c — realized capture, calibrated by pilot.

faddressable is derived from a disaggregation of incident causation: ~80% of process incidents involve human failure as a primary cause; removing the error types outside hazard intelligence's reach and retaining only decisions mediated by a missing or un-maintained documented hazard basis leaves a conservative count-weighted residual of ~9%. The U.S. Chemical Safety Board corpus shows that failure mode contributing to roughly half of major incidents; because losses concentrate in that catastrophe tail, the loss-weighted figure is 20–30%. We default to the 9% floor.

Sources: ASM Consortium and ARC Advisory (abnormal-situation losses); AFPM, Kimberlite, SBM Offshore, EIA, ICIS (facility economics); peer-reviewed human-factors literature, UK HSE, SPAR-H / PetroHRA, HFACS-OGI (causation); Kaszniak 2010, Baybutt 2016, Amyotte et al. 2011, El-Halwagi et al., and CSB investigation reports (incident-record cross-check).

Illustrative model for discussion. Defaults reflect published anchors; results are not a guarantee and should be calibrated against your facility data in a pilot. © UC2C.AI · Hazard Navigator.