risk assessment iii

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Faculty of Engineering School of Civil Engineering CIVE3707 Integrated Design Project III Risk Assessment Name: Group 5  Date: November 2012  Activity:  Steel Beam Lifting Procedure Hazard No. Description of Hazard Consequence of Hazard Person at Risk Control Measures Risk (L x S = H, M or L) 1. Vehicle movement on site, risk of collision with person or object Major Injury Death General Workforce Vehicle to be guided by banksman in high visibility jackets. Vehicle to not exceed 5mph. Hazard lights to be turned on whilst moving. 4.5x3=13.5 Medium 2. Crane overturning due to soft ground Minor Injury Major Injury Death Crane Operator Lifting Crew Ground conditions to be checked before lift. Correct loading capacity of crane checked against load weight. 4x1=4 Low 3. Lifting point failure Major Injury Death Crane Operator Lifting Crew Check that the lifting equipment is rigged and fitted correctly as planned between load and crane hook 4.5x1=4.5 Low 4. Collision with overhead power cables Minor Injury Crane Operator  Check that all power cables have been removed or covered with rubber protectors. 1x2=2 Low 5. Power failure of lifting equipment during lifting mode Major Injury Death Crane Operator Lifting Crew Check that the crane is serviced and operates fully before attempting lift. Organise an exclusion zone for the area below and around the lifting locus and erection position 4.5x1=4.5 Low 6. Collision/impacts of mobile lifting equipment  Major Injury Death Crane Operator Lifting Crew Confirm the system of signals to be used and brief the lift team on the plan for the operation Organise an exclusion zone for the area below and around the lifting locus and erection position 4.5x3=13.5 Medium 7. Strong wind affecting load movement  Major Injury Death Crane Operator Lifting Crew Check the weather forecast and wind speed on site before lifting. Organise an exclusion zone for the area below and around the lifting locus and erection position 4.5x3=13.5 Medium 8. Falling from height (while connecting steelwork) Major Injury Death Steel Erector  Ensure that all erectors are wearing fall arrest equipment and cherry pickers are operating correctly. 4.5x4=18 High 9. Caught between steelwork during fitting Major Injury Death Steel Erector Lifting Crew Ensure that arrangements are complete at the erection position to receive the load Confirm the system of signals to be used and brief the lift team on the plan for the operation 4.5x3=13.5 Medium Likelihood x Severity Very Unlikely 1 Minor injury, No time off Unlikely 2 Injury and up to three days off Likely 3 Reportable Condition Very Likely 4 Major Injury/Long term absence Certain 5 Death Risk Rating High =16-25, Medium = 9-15, Low = 1-8 

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7/29/2019 Risk Assessment III

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Faculty of Engineering

School of Civil Engineering CIVE3707

Integrated Design Project III Risk Assessment 

Name:  Group 5   Date: November 2012   Activity: Steel Beam Lifting Procedure 

Hazard

No. Description of Hazard  Consequence of 

Hazard Person at Risk  Control Measures 

Risk (L x S = H, M

or L) 

1. Vehicle movement on site, risk of collision withperson or object

Major InjuryDeath

GeneralWorkforce

Vehicle to be guided by banksman in high visibility jackets.

Vehicle to not exceed 5mph.

Hazard lights to be turned on whilst moving.

4.5x3=13.5Medium

2. Crane overturning due to soft ground

Minor InjuryMajor Injury

Death

Crane Operator Lifting Crew

Ground conditions to be checked before lift.

Correct loading capacity of crane checked against load weight.

4x1=4Low

3.  Lifting point failureMajor InjuryDeath

Crane Operator Lifting Crew

Check that the lifting equipment is rigged and fitted correctly as plannedbetween load and crane hook

4.5x1=4.5Low

4.  Collision with overhead power cables Minor Injury Crane Operator  Check that all power cables have been removed or covered with rubber 

protectors. 

1x2=2Low

5.  Power failure of lifting equipment during lifting mode Major InjuryDeath

Crane Operator Lifting Crew

Check that the crane is serviced and operates fully before attempting lift.

Organise an exclusion zone for the area below and around the lifting locusand erection position

4.5x1=4.5Low

6. Collision/impacts of mobile lifting equipment 

Major InjuryDeath

Crane Operator Lifting Crew

Confirm the system of signals to be used and brief the lift team on the planfor the operation

Organise an exclusion zone for the area below and around the lifting locusand erection position

4.5x3=13.5Medium

7.  Strong wind affecting load movement  Major InjuryDeath

Crane Operator Lifting Crew

Check the weather forecast and wind speed on site before lifting.

Organise an exclusion zone for the area below and around the lifting locusand erection position

4.5x3=13.5Medium

8.  Falling from height (while connecting steelwork)Major InjuryDeath

Steel Erector  Ensure that all erectors are wearing fall arrest equipment and cherry

pickers are operating correctly.

4.5x4=18High

9.  Caught between steelwork during fittingMajor InjuryDeath

Steel Erector Lifting Crew

Ensure that arrangements are complete at the erection position to receivethe load

Confirm the system of signals to be used and brief the lift team on the planfor the operation

4.5x3=13.5Medium

Likelihood x Severity

Very Unlikely 1 Minor injury, No time off 

Unlikely 2 Injury and up to three days off 

Likely 3 Reportable Condition

Very Likely 4 Major Injury/Long term absence

Certain 5 Death

Risk Rating

High =16-25, Medium = 9-15, Low = 1-8