Silica Dust and Hearing Checks: Two Workplace Risks That Need Different Logistics
Shutdown weeks invite bad bundling. Someone books “health and hygiene” into a single afternoon: a dust chat, a hearing van, a signature sheet, and a hope that two different risks were handled. Silica and hearing both deserve better logistics.
PCBUs must manage risks so far as reasonably practicable. This is general information, not legal or medical advice.
Why vague health days fail
Silica control is mostly about how work is done—methods, extraction, wet cutting, segregation—and whether air monitoring confirms those controls. Hearing programs are about noise control plus scheduled checks for people in the exposed cohort. Mixing them into one unstructured event usually means neither program gets a clear owner, a clear method, or a clear follow-up. Attendance looks good; outcomes stay fuzzy.
Silica dust air monitoring — what it is for
silica dust air monitoring verifies respirable crystalline silica exposure for defined tasks and conditions. It supports decisions about engineering and administrative controls. It is not a substitute for changing dusty methods, and it is not a one-number permanent clearance. Competent design matters: sample the work that actually generates dust, not only the tidy demonstration cut. Revisit after plant, method, or crew changes.
Hearing checks need logistics, not only a policy
mobile audiometric testing exists because many Australian workplaces cannot recall every noise-exposed worker to a CBD clinic. Mines, multi-site contractors, shutdown crews, and mobile plant fleets need testing that fits the roster. Mobile delivery is about access and scheduling; it is not a licence to cut corners on test environment or method.
Hearing checks complement noise assessment and hearing-protection programs. They do not replace quieter plant or better job design. They do give the PCBU a human feedback loop when residual noise risk remains.
How the programs should talk without merging
Keep scopes separate. Silica monitoring informs dust controls and respiratory protection for residual risk. Audiometry informs whether hearing is changing and whether the noise program needs review. Shared culture still helps: named owners, evidence filed where the next supervisor can find it, and corrective actions that change work—not only toolbox tone.
Practical checklist for ops and WHS leads:
- Separate silica and hearing on the plan—even if they share a shutdown window.
- Name owners for sampling design and for hearing-check schedule.
- Attach reports to the right risk rows.
- Revisit controls when results warrant—not only reissue PPE.
- Plan mobile or on-site hearing access if travel kills attendance.
Mistakes to avoid
Do not treat a single silica sample as forever. Do not skip noise controls because hearing tests are booked. Do not lose health information in open shared drives. Do not assume “we did a health day” equals two complete programs.
In practice, mid-market Australian PCBUs win when ownership is visible, methods match the question being asked, and evidence survives the next roster change without a scavenger hunt through old inboxes and forgotten shared drives.
Keep the tone factual: hierarchy of control first, competent measurement second, and records that a new supervisor can find on day one.
In practice, mid-market Australian PCBUs win when ownership is visible, methods match the question being asked, and evidence survives the next roster change without a scavenger hunt through old inboxes and forgotten shared drives.
Keep the tone factual: hierarchy of control first, competent measurement second, and records that a new supervisor can find on day one.
Closing
Silica dust air monitoring and mobile audiometric testing succeed when logistics respect their differences. Give each risk a method, an owner, and a follow-up path—then a shared shutdown calendar becomes a convenience, not a confusion.