AMSJ » Worker suffers arm injury at underground metal mine

Worker suffers arm injury at underground metal mine

mining accident

The NSW Resources Regulator has reported an incident occurred at an underground metal mine. An operator was loading a truck at the oxide stockpile when a rock, weighing approximately 20 kilograms, came off the bucket and bounced through the truck side panel window, making contact with the operator. The operator received bruising to the upper arm.

The Regulator said, “mine operators should ensure loader operators are trained in correct bucket loading practice and techniques, including loading perpendicular to the truck where appropriate. Mine operators should ensure that the most suitable plant is used to complete the loading. Introduction to site processes must be in place to ensure the correct equipment is used for each particular application.”

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READ RELATED Worker suffers severe finger injury while using core-drill

MinEx has reported an incident regarding a production worker had significant finger injury while using core-drill in Humes – Hornby manufacturing (Christchurch).

According to the report, a production worker was core-drilling 50mm deep holes into concrete pipes, and while the worker was holding onto the 450mm-long rotating drill-bit, it has grabbed his left glove, twisted the glove off, and his 5th digit (little finger) was separated from his left hand at the second knuckle, with it unable to be re-attached during subsequent surgery.

The worker was following the instructions as laid out in the SOP (created and last reviewed in March 2013), was following current industry-accepted practices, and was experienced in the task being undertaken, incl. being a site trainer for the task.

The risk of entanglement with the rotating part had not been identified as a risk by the site, although they were in the process of investigating a new drill to further manage the potential risk of the drill jamming and injuring a worker’s shoulder and/or wrist.

MinEx recommonds people need to question the following:

  • Are we choosing the correct-sized tool for the task?
    • While a non-standard item, a shorter-length drill-bit was able to be ordered from the supplier.
  • How do we eliminate the need for people to touch, or come into contact with rotating parts?
    • Identify all tasks that may do so, then find solutions to prevent contact e.g. frames, stands
  • Do accepted industry practices manage the risk in the safest possible way?
    • Holding smaller drill-bits (incl. wearing gloves) is common within the core-drilling industry, however,
  • this should not be acceptable given the entanglement risk. Check all contractors are not using their hands to stabilise the drill-bit.
  • Are training processes and systems being reviewed, and is currently training in place for staff?
    • The SOP was last reviewed in March 2013 and did not identify the risk of entanglement.

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AMSJ April 2022