From 1 October 2026, all spirometry for Queensland mine and quarry workers, and the training of people who perform it, must follow the Thoracic Society of Australia and New Zealand's 2026 standards.
That sounds like a specialist clinical update. For mining leaders, it is also a live test of change control.
The standard does not sit in one place. Its requirements can touch provider approval, procurement, contracts, worker booking processes, competency evidence, equipment and quality-control records, report review, escalation, privacy, recordkeeping and the safety management system itself. A site can update the reference in one procedure and still leave the operating system behind.
The leadership question is therefore not simply, "Have we adopted the new standard?" It is: Can we show where the change applies, what was updated, who verified it and what evidence supports closure?
What changed on 1 October
Resources Safety & Health Queensland states that the 2026 TSANZ standards supersede the 2022 resource-sector spirometry and training standards. The regulator highlights clearer minimum requirements for service delivery, testing environments, equipment and test quality; stronger quality assurance and quality control; updated interpretation requirements; greater attention to worker experience; and strengthened training and ongoing competency expectations.
The technical standard, SPC01, sets out requirements for consistent, accurate and safe spirometry, including service arrangements, equipment, calibration and verification, test performance, quality control, reporting and interpretation. Its companion, SPC02, addresses training and maintenance of operator competency.
These are not abstract quality aspirations. In SPC01, "must" identifies a mandatory requirement for compliance with the standard. Queensland's official guidance says that, from 1 October, spirometry for mine and quarry workers and related training must be conducted under the 2026 standards.
The regulatory context matters. For Queensland mineral mine and quarry workers, the Site Senior Executive must arrange respiratory health surveillance before a worker starts in the industry and at least every five years, subject to the regulation's risk-based provisions. The Appropriate Doctor manages and supervises that surveillance and is the person authorised to complete the health-surveillance report.
Mine operators should obtain site-specific legal and clinical advice where needed. But the governance implication is clear: a new technical standard has entered an existing chain of statutory roles, external providers, controlled documents and worker records.
The hidden risk is at the handoffs
RSHQ's 2026 evaluation of mandatory respiratory health surveillance in mineral mining and quarrying identified opportunities to improve consistency, documentation quality and follow-up of abnormal findings. That is a useful warning against treating surveillance as a completed appointment rather than an end-to-end safety process.
Weakness often appears between accountable parties:
- the contract cites the old standard
- the approved-provider check is not reflected in procurement controls
- the booking form omits information needed by the clinician
- competency evidence exists but is not connected to supplier assurance
- the testing procedure changes but the audit checklist does not
- an abnormal result is recorded, while the follow-up workflow remains unclear
- the SHMS names an obligation without showing the evidence required to demonstrate it
No single omission may look dramatic. Together, they can create a system that appears compliant while producing uneven evidence and uncertain accountability.
This is why standards change should be managed as a structured impact assessment, not a document-replacement exercise.
Five tests for defensible change control
1. Is the source requirement controlled?
Establish the authoritative version, effective date and scope. Record which previous documents it supersedes. Separate mandatory requirements from guidance and preserve the clause-level source for each material change.
A reference to "the latest standard" is not enough if teams cannot show which version was assessed and when.
2. Has applicability been decided by an accountable person?
Map the affected worker groups, sites, providers, roles and workflows. Document who made each applicability decision and the evidence used.
This is particularly important where coal, mineral mining and quarrying arrangements differ, or where contractors and external medical providers hold parts of the process.
3. Has the change propagated across the system?
Look beyond the principal health-surveillance procedure. The impact scan may need to include:
- SHMS and occupational-health standards
- provider specifications and contracts
- procurement and onboarding checks
- role and competency matrices
- equipment, calibration and quality-control procedures
- request forms, reports and recordkeeping rules
- privacy and access controls for health information
- escalation and follow-up workflows
- audit tools and assurance schedules
- worker and supervisor communications
The objective is not to update every document. It is to identify every document and workflow whose meaning or operation is genuinely affected.
4. Does closure require evidence?
An action marked "complete" should point to evidence appropriate to the change: an approved procedure, verified provider status, current competency record, revised form, quality-control log, completed communication or sampled record.
Completion without evidence is administration. Evidence linked to a named approver is governance.
5. Has implementation been tested?
A desktop review can confirm that words changed. It cannot show that the new process works.
Sample the operating chain. Can the site identify the applicable provider and competent operator? Can reviewers locate quality-control evidence? Do reports contain the required information? Is follow-up visible and assigned? Can a worker move through the process without ambiguity?
The first post-change assurance should test the workflow, not merely the document register.
Where evidence-anchored AI fits
This is a strong use case for AI, but only inside clear boundaries.
AI can assist teams to compare controlled documents with an authoritative standard, identify candidate gaps, trace a changed requirement into related procedures and forms, and structure a remediation register. It should not decide clinical interpretation, determine worker fitness, provide legal advice or sign off compliance.
MineGuard AI's SHMS AI is designed for this document-assurance problem. Its published capabilities include mapping legislation and internal requirements against controlled documents, detecting gaps and contradictions, producing clause-level findings with citations, monitoring changes, generating impact summaries and exporting action-ready remediation material.
The workflow remains human-accountable. MineGuard's Responsible AI principles state that it does not make final medical, legal, safety or operational decisions, and that outputs must be reviewed and approved by authorised people. That boundary is essential here: AI can widen review coverage and preserve traceability, while clinicians, statutory duty holders and document owners retain their responsibilities.
For organisations whose records are not yet ready for structured assurance, MineGuard AI Consulting also offers data-readiness, safety-workflow transformation and governed implementation services. The practical starting point is to map the source standard, affected document set, owners, evidence fields and approval gates before automating anything.
The executive takeaway
The 1 October transition is timely, but the lesson is broader than spirometry.
Every regulatory or technical change creates a propagation problem. The organisation must translate an external requirement into controlled internal work, then prove that the translation reached the people, suppliers, records and assurance activities that matter.
Leaders should ask for a concise change pack showing:
- the authoritative source and effective date
- the applicability decision
- every affected document and workflow
- named owners and approvers
- required closure evidence
- unresolved gaps and interim controls
- the post-implementation assurance result
That is what evidence-anchored compliance looks like: not a claim that the standard was reviewed, but a traceable account of how the operating system changed.
Request a MineGuard AI SHMS walkthrough to explore a clause-level change-impact assessment using your controlled document set, with review and approval kept in the hands of your team.
Key sources
- Business Queensland: 2026 TSANZ standards for spirometry
- TSANZ SPC01: Technical Standards for Spirometry in Australian Primary Care
- TSANZ SPC02: Training and Maintaining Competency in Spirometry
- RSHQ: Evaluation of mandatory respiratory health surveillance, 2026
- RSHQ: Current mineral mine and quarry workers
- MineGuard AI: SHMS AI
- MineGuard AI: Responsible AI