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Injury trends, costs, and lost time in an Australian meat processing facility: a retrospective analysis
Bree Renfrew1, Alison Hutton2, Julie Reis3
1School of Nursing and Midwifery, University of Newcastle, Callaghan, NSW, Australia. bree.renfrew@newcastle.edu.au.
Background:
Meat processing is one of Australia's highest-risk industrial sectors, yet contemporary epidemiological data describing workplace injury patterns and associated economic burden are limited. This study investigated workplace injury trends, compensation costs, and time lost in an Australian red-meat processing facility over seven years and described temporal injury patterns in relation to the timing of pre-employment assessments (PEAs) and physiotherapy-led early intervention programmes, without attempting to evaluate their effectiveness.
Methods:
A retrospective descriptive analysis was conducted using organisational injury, compensation, and workforce data from 2018 to 2024. Injuries were categorised as burns, critical injury, foreign body, laceration, musculoskeletal disorder, or soft tissue. Descriptive statistics summarised injury frequency, claim costs, and time lost, and temporal patterns were visualised. Costs were reported in 2024 Australian dollars (AUD). No inferential statistical tests or causal analyses were performed.
Results:
A total of 273 workplace injuries were recorded. Lacerations (48.6%) and work-related musculoskeletal disorders (27.7%) were most common. Cumulative compensation costs exceeded AUD $3.1 million and total time lost surpassed 3.6 million hours. Cost increases during 2020-2021 aligned with COVID-19-related operational disruptions. Injury counts decreased from 73 cases in 2023 to 44 cases in 2024; this temporal change is reported for context only and no inference about intervention impact is made.
Conclusions:
Workplace injuries in meat processing impose substantial operational and economic impacts, driven largely by high-frequency laceration and musculoskeletal-related claims. This descriptive analysis characterises seven-year patterns in injury types, costs, and time lost at a single facility; it does not assess intervention effects. Prospective or controlled studies are needed to evaluate the effectiveness and scalability of PEAs and early intervention strategies in high-risk industrial settings.
