Deep research report to support a 60-minute workshop presentation for the E2E Process-led Operationalisation of Health & Hygiene Monitoring PMO. Benchmarks are drawn from mining and adjacent industries (oil & gas, defence, healthcare, construction, field services) and mapped to the program's flows, personas, and pain points.

Executive summary

What this research covers. This report benchmarks the technology "art of the possible" for WAIO's end-to-end health & hygiene monitoring against mining and adjacent industries (oil & gas, defence, healthcare, construction and field services). It works through every stage of the process — SEG enrolment, recall, booking, in-field testing (the four field tests: audiometry, hearing-protection fit, spirometry and respirator fit), hygiene sampling, lab and results, and abnormal-result follow-up — plus the capabilities that support them: capacity planning, equipment and consumables, and work instructions. Each pain point surfaced in the program's Voice-of-Customer and process-mapping work is matched to a proven, evidenced solution from another industry, then mapped back to the flows, personas and workstreams it affects.

What we found.

1. It is an adoption-and-sequencing challenge, not an invention one. Every major pain point — no-shows and reactive planning, in-field testing constraints, double data handling, SEG enrolment drift — is already solved somewhere, and the highest-value near-term moves are low-risk and largely extend platforms BHP already owns.
2. Three moves carry the strongest evidence and the widest impact:
   • Automate the recall → booking → reminder loop — the single highest-return, lowest-risk opportunity. Automated reminders lift attendance by ~23% and cut no-shows by up to a third, mirroring the 82%→89% compliance lift already proven at Jimblebar.
   • Fix SEG enrolment at the source with an automated HR sync — the root cause behind over-testing, missed tests, inaccurate demand and contractor gaps; poor enrolment data is a benchmarked cost problem (~US$12.9M a year per organisation).
   • Take testing to the worker with boothless, portable kit — one technician can run all four field tests from a single kit in any crib room, dissolving the audio-room, travel and Perth-referral constraints rather than working around them.
3. The strategic vision is a shift from periodic surveillance to continuous exposure intelligence — wearable real-time dust, silica and noise monitoring, now field-proven in Australian mining. Australia's tightening silica regime (WES→WEL from December 2026) makes this a compliance necessity, not an option; the longer horizon adds AI-driven demand forecasting and predictive, pre-emptive exposure control.
4. One caveat shapes the whole investment case. The incoming Evotix platform covers SEG management and exposure monitoring, but not booking, capacity planning or deep clinical surveillance — and BHP does not yet own its booking and attendance data. Securing that data ownership in vendor contracts is the foundational, non-negotiable prerequisite before any AI-driven planning is worth funding.

Contents

How to read this report

This research report is organised around the end-to-end health & hygiene monitoring process at WAIO (BHP's Western Australia Iron Ore business), benchmarked flow by flow against mining and adjacent industries. The flows: SEG enrolment → recall → booking → in-field testing → hygiene sampling → lab → results → abnormal-result follow-up, supported by capacity planning, equipment/consumables and work instructions. The personas: Occupational and Hygiene Technicians (merging into one role from 1 July 2026), Health & Hygiene Specialists and Principals, HSS Superintendents, Supervisors, Workers, and vendors (labs, audiologists, booking providers).

The four field tests referenced throughout:

1. Audiometric testing — measures a worker's hearing thresholds (a health-status test).
2. Hearing-protection fit testing (HPFT) — measures the real-world attenuation a specific worker gets from their earplugs or earmuffs (a protection-verification test).
3. Spirometry — measures lung function (FEV1/FVC) for dust, silica and fume surveillance (a health-status test).
4. Respiratory-protection fit testing — verifies that a tight-fitting respirator actually seals on a specific worker's face (a protection-verification test).

Glossary