Title Page
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Document No.
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Client / Site
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Conducted on
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Prepared by
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Location
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Personnel
Work type classifications
Work at height
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Work at height
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Work at height permit completed
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Risk assessment/Job Safety Analysis completed for task
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Ladders/scissor lifts/boom arms/cherry pickers within certification
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Is the ground surace on which the eqipment will be used firm & even
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Ropes/harnesses in good condition and within certification period
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Carabiners if used are auto locking and triple action design
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Fall protection equipment selected to enable self help/rescue
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Anchor points identified and fit for purpose
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Effective work at height rescue plan in place
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Area below where work at height is being undertaken is secured from unauthorised entry
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Weather issues considered
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Scaffolding erected by certified scaffolder and tagged suitable for use
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Scaffolding erected > 6metres away from live power lines
Confined space
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Confined space
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Confined space permit completed
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Risk assessment / Job SafetyAnalysis completed for task
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Gas detector within calibration perion and bump tested before use
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Work site visited before permit issued
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Ventilation requirements in confined space identified
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Oxygen levels in confined space between 19.5 to 23.5%
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Toxic gases that could be present (carbon monoxide; hydrogen sulphide; nitrogen dioxide) are all below the detector alarm levels
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Pipes/vents/shutes/ducts etc. connected to the confined space are isolated (physical disconnection, blanking, spading, block & bleed)
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Contractor's and clients locks and tags have been placed on all isolation valves and switches
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Rotating equipment has been imobilised, isolated and secured
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In silos, the risk of slumping or product movement has been addressed
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A Safety Observer has been assigned
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There is a clear means of communication between the Safety Observer and workers
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All parties aware of signal/sign of an emergency
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Effective confined space emergency rescue plan developed
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Contact details of emergency services documented and readily available
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Gas cylinders in use?
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Gas cylinders (other than self contained breathing apparatus) kept outside confined space
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Gas hoses inspected and in good condition
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Gas hoses removed from confined space during breaks and end of work shift
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Gas readings taken before entry and monitored on continious basis and recorded at perscribed frequency
Hot work within hazardous zone
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Hot work within hazardous zone
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Hot Work permit completed
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Work site visited before permit issued
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Risk assessment / Jobe Safety Analysis completed for task
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Gas detector within calibration perion and bump tested before use
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Lower Explosive Limit (LEL) of work area below alarm level
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Hot work being undertaken in confined space?
- Yes
- Not applicable
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Hot work + confined space ... oxygen must be between 19.5% and 23.5% and if >20% LEL = no entry; 11 to 20% LEL = entry with breathing apparatus for observation only; 2 to 10% LEL = entry with breathing apparatus for cold work only; <2% LEL = normal entry for hot work.
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Conditions for hot work in confined space satisfied?
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Gas readings taken before entry and monitored on continious basis at the point hot work is being undertaken and recorded at perscribed frequency
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Drains and gutters within 15 metres of hot work site considered and covered and/or blocked
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Fire Watch person identified
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Fire extinguishers available at point where hot work is being undertaken
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Product in pipes/vessels/tanks leading to and from hazardous areas have been considered and made safe
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Is hot work is to be undertaken on pipework/vessels/tanks?
- Yes
- Not applicable
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Have pipes/vessels/tanks been fully degassed?
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Pipes leading into and out of vessels/tanks or connected to pipework to be worked on have either been - fully disconnected, flanged and isolated; double blocked with open bleed; spaded
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All combusible materials have been removed from the work area
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Non-flammable protective screens are in use
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Requirement for Fire Watch to remain at worksite for at least 30 minutes after completion of hot work
Excavation - ground penetration
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Excavation - ground penetration
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Excavation - Penetration work includes i) Insertion of metal spikes >230mm ii) Hand excavations >230mm iii) Machine excavationusing powered plant or pnumatic drilling >150mm iv) Any machine excavations irrespective of depth.
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Investigation undertaken to determine layout of undergrond cables, pipes, drains, and services
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Emergency contact numbers of utility services known
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If excavation classified as 'notifiable' (i.e. excavation >1.5meres deep & is deeper than it is wide, any form of tunnel work, excavations where excavated face >5 metres deep & batter of face is steeper than 1 horizontal to 2 vertical) regulator has been informed?
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Effective emergency exit established for major excavations
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Lone worker restrictions have been applied
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Soil type structure considered for all trench work and excavations
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Toxic &/or explosive gas issues considered
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Where excavators are in use, swing area of excavator's boom arm are cordoned off to prevent unauthorised access into swing area/crush zone
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Water run-off has been considered
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Excavation area inspected after major rainfall
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Positioning of heavy equipment >0.6 metres from excavation which has been battered to safe slope
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During excavation , soil heaps are positioned >0.6 metres from battered safe slope
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Excavations are adequately guarded & marked or covered to prevent personnel or members of the public falling into the area
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Emergency plans are in place
Work involving high energy sources
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Work involving high energy sources
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All options for de-energising the equipment have been exhausted?
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Where de-energising of the equipment is not possible, effective isolation practices have been adopted
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A formal risk assessment has been undertaken which included a technically competent person in the review team
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Controls are established to manage identified hazards to a level that are 'As Low As Reasonably Practicable (ALARP)'
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The controlled (residual) risk level following the application of controls is acceptably low that the task can be undertaken safely
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All energy sources and the means of their de-energisation and/or isolation have been communicated to all members of the work group (e.g. via 'toolbox' meetings)
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Dependant upon the risk profile of the work being planned/undertaken, the appropriate level of supervisor/managerial sign-off has been obtained
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Examples of high energy sources that should be considered (but not limited to) include - electrical; pressure; hydraulic; objects at height; x-ray; laser; ionising and non-ionising radiation; noise; vibration; kinetic (moving or rotating equipment/objects); mechanical; thermal et.
Work involving toxic and/or hazardous material(s)
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Work involving toxic and/or hazardous material(s)
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Personnel technically competent and familiar with the toxic &/or hazardous material(s) have been involved in preparing a risk assessment/Job Safety Analysis for the task
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Incompatable materials are known & eliminated from the work area
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A current safety data sheet (<5 years old) is available and has been referenced in the risk assessment process
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The signs & symptoms of exposure to the toxic/hazardous materials are known and communicated to all members of the work group
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First Aid resources and a qualified First Aider are available to respond to an exposure to the toxic/hazardous material(s)
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Contact numbers for emergency services are known and available
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Equipment/tankage/pipework containing the toxic/hazardous material(s) have been decontaminated to a level where they no longer pose a threat to the work group
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Where full decontamination of equipment/tankage/pipework has not been been possible, this must be clearly communicated to all members of the work group and an assessment must be made as to whether it is safe to proceed with the task and if additinal controls are required.
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Pipes leading into and out of vessels/tanks or connected to pipework to be worked on have either been - fully disconnected, flanged and isolated; double blocked with open bleed; spaded
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Contractor's and clients locks and tags have been placed on all isolation valves and switches
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Correct personal protective equipment (PPE) is worn and in good condition
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Facilities for the decontamination of PPE and equipment available
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Facilities available for the disposal of contaminated waste streams
Heavy lifts
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Heavy lifts
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Personnel technically competent and familiar with heavy lifts have been involved in preparing a risk assessment/Job Safety Analysis for the task
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A heavy lift plan has been developed and approved by technically competent personnel
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Heavy lifts are not undertaken over unprotected operational pipelines
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Contact numbers for emergency services are known and available
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Potential impacts within the swing radius of a crane's boom arm has been considered
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All personnel are kept clear of the potential 'fall zone'
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If required, has the heavy lift been notified to regulatory authorities
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Weather conditions considered
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Ground conditions and stability considered
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Lifting equipment selected for task is fit for purpose and within certification
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Operator of lifting equipment is qualified
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Watch person nominated
Disengagement of safety critical devices
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Disengagement of safety critical devices
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Senior Management at the facility have been advised (both verbally and written) that a safety device (or devices) will be deactivated
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Technically competent personnel familiar with the facility and processes for which the deactivated safety critical device applies are involved in preparing a formal 'Management of Change' and risk assessment
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If required, regulatory autorities and/or emergency services are advised of the temporary disarming of a safety critical device (or devices)
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If alarms have been deactivated, alternate means for raising the alarm are implimented
General considerations
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Consideration has been given of any conflicting activities being undertaken in the surrounding work area
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Person in Charge of the worksite is clearly identified