Tag Archive for: Risk

Remember that hazards are NOT risks!

They are different things which many people confuse as the same.

Systematic approach to the management of hazards and associated risks.

The aim of the process is to minimise the likelihood of a risk to an acceptable level.

The risk management process includes:

  • Identification of the hazard (see last week’s newsletter)
  • Identification of the associated risk or risks

Assessment of the risk

  • the likelihood
  • the consequence

Control of the risk

Using the hierarchy of control measures in order of preference

  • Elimination
  • Substitution
  • Isolation
  • Engineering controls
  • Administrative control (such as SOP’s or training)
  • Personal Protective Equipment (PPE)

Risk Identification

A couple of common risks:

  1. Hazard: Frayed wires on electrical items
    Risk: Operator may receive electrical shocks or be electrocuted
  2. Hazard: Unguarded drums on a winch
    Risk: A persons may have a body part drawn in and crushed

Risk assessment

First step is to evaluate the likelihood of an injury occurring.

The second step is to the probable consequences.

The two key factors for risk assessment are:

  1. The likely severity or impact of any injury/illness resulting from the hazard; and
  2. The probability or likelihood that the injury/illness will actually occur

A simple risk matrix that is commonly used which cross references likelihood and impact, enables risks to be assessed against these two factors and identified as one of the following:

  • a critical risk
  • a high risk
  • a moderate risk
  • a low risk
  • a very low risk

Please note that the risk assessments undertaken by Shorlink are more complex than the matrix above.

We incorporate an “exposure” level as well. This adds another layer in the risk assessment process and makes it more real.

Risk control

Risk that are assessed and identified as Critical or High risks, require urgent action which may include:

  • an instruction to cease work immediately
  • isolation of the hazard until permanent measures can be put in place

Risk Control Hierarchy

Elimination of the hazard is 100% effective but not always achievable

Substitution of the hazard: e.g., replacing solvent based printing inks with water based ones.

Isolation of hazard: e.g., isolating a piece of machinery where only trained workers have access.

Engineering controls: e.g., installation of guards on machinery.

Administrative controls: includes training and education

Personal Protective Equipment (PPE): includes safety glasses/goggles, hearing protection, etc.

Once you have your risk assessments in place remember to review them every three years or if new risks are identified, changes are made to procedures or new operations are started.


Shorlink’s Recommendation

Our top recommendation is that if you, like many businesses, find there are a lot of improvements that you could make – both big and small, don’t try to do everything at once. Make a plan of action to deal with the most important things first.

Secondly, be sure to document your plan of action and set realistic dates based on the level of severity.


Tip

A good tip for a plan of action includes a mixture of different things including but not limited to:

  • priority and quick action to hazards identified as high or critical risks
  • a few easy improvements that can be undertaken quickly as a temporary solution until more reliable controls are in place
  • long term solutions to those risk with the worst potential consequences or cause accidents or illness.

Always remember, if you need help with hazard identification or undertaking risk assessment simply contact or office as we are here to help YOU stay safe!

While identifying hazards sounds easy it’s a bit more complicated than that!

Many people consider hazards and risks as the same thing but in fact they are two very different items.

A hazard is a source or a situation with the potential for harm in terms of human injury or ill-health, damage to property or the environment or a combination of these.

A risk is the chance something happening that will have a negative effect. The level of risk reflects the likelihood of the unwanted event and the potential consequences of the unwanted event.

A good example is when we were called in to go over a list of hazards on a 30 meter hi-speed cat developed by a crew member. We identified over 20 hazards that were not identified by the crew member who had been working onboard for a number of years.

Three of the hazards identified had the potential to be critical, resulting in serious injury! Unfortunately, this is not an uncommon situation. Often people don’t see a particular hazard or fail to identify the risks associated with it.

The other factor that too many people miss is that a hazard may have multiple risks associated with it. For example, take a low railing on a vessel which would be identified as a hazard with the potential risk of a person falling overboard.

Falling overboard is a high level risk which has a number of other risks associated with it including but not limited to:

  • Injury due to contact with the vessel or other items
  • Bites or stings from marine creatures
  • Drowning
  • And many other risks

So, as you can see a single hazard can have multiple risks associated with it.

Another example is operating a forklift which is another hi-risk hazard with multiple risks attached to it. Risks include but are not limited to:

  • Improper operation and use
  • Overloading
  • Pedestrians
  • Floor conditions
  • Overhead obstructions
  • Attachments
  • And many other risks

To identify hazards, you need to take a long slow walk around your vessel or facility and identify areas and/or items that potentially present hazards.

You need to take into account items that include but are not limited to:

  • Entry/access points
  • Steps
  • Ladders
  • Machinery
  • Vehicles
  • Fuelling points
  • Shelving
  • Railing heights
  • Head heights
  • Confined spaces
  • Working heights
  • And so many other potential hazards specific to your vessel and/or workplace

The above is a very short list of hazards just to give you an idea of what to look for. Many hazards can have multiple hazards attached and here is an example.

On the vessel we mentioned earlier one hazard identified (which was not identified by the crew member) was a mounting for a navigation light. The mounting was located around 1.75 meters above the deck which is around or below head height for many people.

While that’s bad enough there was a bolt attaching the light protruding through the base by around 10cm. As this was located in a passenger area it presented a high level hazard which could result in a serious head injury!

While the crew member missed the low mounting bracket they also missed the very real potential for serious head injuries due to the protruding bolt!

When you’ve identified those items where a hazard exists you then need to look at each one to identify the risks associated with that hazard.

This article was written to give you a broad outline of identifying hazards and what to look for to make the process of hazard identification clearer.

So, while identifying the hazard is the first step breaking down the associated risks is a major component in risk assessment, and we’ll address that next week.


Shorlink’s Recommendation

If you haven’t gone through the process of undertaking a hazard identification of your vessel or worksite then we strongly recommend you do so now.

Hazard identification and risk assessments are a major part in identifying potential dangers on your vessel or in your workplace AND are a legal requirements under AMSA and WorkSafe.

As stated our number one recommendation is to undertake a hazard identification now if you haven’t done one as yet.


Tip

If you’ve undertaken a hazard identification more than 12 months ago or tip is to revise it annually. For commercial vessels, the SMS is required to undergo an Annual Review every year.

For businesses with an Occupational Health and Safety Management System (OHSMS) in place (which all businesses are required to have) they are required to be audited annually.