Safety at Roadworks · 2013. 12. 11. · work method statement organising, coordina ng and...
Transcript of Safety at Roadworks · 2013. 12. 11. · work method statement organising, coordina ng and...
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Safety at Roadworks
11th December 2013 Troy Stahlhut – General Manager
One of the Lucky Ones?
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What has Changed? How has this improved the safety of our workers What are doing today and tomorrow to improve? Innova�on – Do we need innova�ve technologies – Or, do we need innova�ve thinking!
We Have Come A Long Way
How Far Is a Long Way?
We Have Come A Long Way Some history… ü Started in the industry in 1990 a�er Fitzgerald Inquiry ü Authority to control traffic issued by Approved Trainers
ü No formal training required – ‘Paddle Pop Men’
ü Low cost industry – badly resourced ü Not highly regarded – anyone could do it ü Traffic Control – First needed, last called
We Have Come A Long Way
Changes in the community… ü Growing popula�on ü Urban Sprawl ü Increasing requirement for infrastructure
ü Increasing volumes of traffic
ü Life became more hec�c – mobile phones, email
ü Increased need for more strict OHS requirements
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We Have Come A Long Way
Changes followed for traffic industry… ü Increasing requirement for traffic control
ü More private traffic management companies
ü More professional approach required
ü Be�er equipment standards required
ü Police were no longer an efficient op�on
ü OHS legisla�on increased
Working near Traffic • Working around live traffic is considered to be a High Risk ac�vity as recognized by Workplace Health Safety Queensland.
• Highest risks are passing motorists and site traffic such as reversing plant.
• The PCBU has the responsibility for managing traffic hazards.
• If workers are on foot or using mobile plant within 3m of the trafficable area, then a min of 60km speed restric�on shall apply
• If workers are on foot or using mobile plant within 1.2m of the trafficable area, then a min of 40km speed restric�on shall apply
Where Are We?
Current Industry Snapshot… ü Traffic Controllers Licenced through TMR including Criminal
History check
ü Code of Prac�ce introduced in 2008 ü Four (4) levels of Traffic Management Training
ü Traffic Industry Inves�ga�on by Qld Workplace Rights Ombudsman in 2009
ü New TMR Traffic Management Registra�on Scheme in 2011
ü Na�onal HWSA Safety Campaign by State OHS Inspectorate in 2011
ü Industry Group – Traffic Management Associa�on of Queensland (TMAQ & TMAA)
ü New Traffic Controller Training (including 20 hours of prac�cal onsite training)
Where Are We?
Fast Facts… ü 25,000-‐26,000 Licenced Traffic Controllers in Queensland
ü Approx. 88 Traffic companies registered with TMR
ü OHS requirements for Traffic Controllers to have a rest pause or other du�es for 15 minutes every 2 hours
ü Biggest issues from Ombudsman’s inves�ga�on was rest pauses and access to ameni�es ie. toilets
ü Females are 30% of the workforce
Where To From Here?
ü First needed, last called !!! ü Smarter and safer ways to work – traffic
lights, electronic dockets
ü Current labour shortage applies to Traffic Controllers – we need to plan
ü Be�er training courses and be�er trained and safer TC personnel
ü Moves to standardise legisla�on and guidelines na�onally
ü Con�nual effort to ensure everyone ‘goes home safe’
What’s In It For Me?
Quality traffic management benefits… ü A safer project, be�er culture and a�tude
ü Be�er PR and community rela�ons – we are the front line
ü Efficiency/be�er value – more �me on the road… -‐ up to 1.5 hours/night
ü Planning aids efficiency
ü Be�er outcomes through commitment and loyalty
ü Builds partnerships, not just subcontractor agreements
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Traffic Guidance Schemes
ü The MUTCD used to provided for standard diagrams. These are now only examples and worksite situa�ons are not specifically covered. The Principles of the MUTCD need to be applied.
ü TGS should be prepared for: ü Short term and mobile works (not involving road closure)
ü Work involving rela�vely simple part-‐roadway closures
ü Complex traffic arrangements
TMAQ & THIESS
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Na�onal Data In excess of 4200 reported incidents involving Mobile Plant annually 50% involve sprains and strains 17% involve contusions or open wounds 13% involve fractures, disloca�ons or amputa�ons. A total of 70% of claims involve two or more weeks’ absence from work. On average, seven incidents result in fatali�es A further 93 are seriously injured
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Recent Fatali�es
Nov 2013 Road worker killed due to a reversing incident in Charleville Qld, Nov. 2010 – Two men died in separate incidents a�er they were hit by reversing to a trucks at roadwork sites in Brisbane & Mackay Melbourne, December 2011 – A road worker has died a�er being struck by a street sweeper Fulton Hogan – 4 fatali�es in 2012. – Truck, roller, grader, tractor
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What are your current control measures for working near
Mobile Plant?
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Study by WHSQ found:
92% of SWMS’s adequately iden�fied and evaluated risks 91% iden�fied suitable controls 25% of worksites failed to implement controls Communica�on strategies for safety did not have a significant impact on compliance Periodic monitoring resulted insignificant reduc�on in compliance
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Study by WHSQ found:
1/3 of SWMS had NO worker input SWMS created with worker input had greater levels of compliance Workers believe that only ¾ of the SWMS were suitable for the task Workers under 25 had a lower level of understanding of SWMS requirements
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Mobile Plant Hazards that have resulted in Fatali�es
plant operated near persons reversing plant rota�ng plant (eg. excavators) load shi�ing ac�vi�es delivery vehicles working near electric cables entering or leaving the worksite working near an embankment or trench parking of plant and other construc�on vehicles
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Risks for working with or around Mobile Plant
being run over, hit or crushed falling loads people falling from makeshi� elevated work pla�orms slips, trips and falls contact with power lines exposure to exhaust fumes in confined areas
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Mobile Plant Blind Spots
If you can’t see the operator, the operator can’t see you!
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Truck
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Backhoe
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Excavator
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Managing the Risk operators must be competent and licensed, or directly supervised
separate mobile plant and people where possible have clear zones for loading and unloading opera�ons maintain and inspect plant item regularly use appropriate a�achments use plant item only for the purpose they were designed
keep to safe speed limits carry loads as close to the ground as possible secure the mobile plant from unauthorised opera�on 26
Hierarchy of Control
PPE
use PPE (Personal Protective Equipment) [least effective control measure]
Administration
apply administrative arrangements [e.g limit entry or time spent in a hazardous area]
Engineering
change work processes or the physical work environment [e.g. by redesigning work, plant, equipment, components or premises]
Isolation
separate people from the harm
Substitution
replace with something less harmful
Elimination
get rid of the harm or prevent therisk [most effective control measure]
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Elimina�on
This involves controlling the hazard at the source. Examples may include: removing plant and people from the same work area by changing work processes using traffic lights instead of a traffic controller to control traffic at roadwork sites.
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Subs�tu�on
This involves replacing the hazard with another that has a lower risk.
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An example may include replacing an item of mobile plant, which has a restricted field of vision to one that has a clear field of vision.
Isola�on This involves removing or separa�ng people from the source of the hazard. Examples may include:
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using physical barricades using exclusion zones segrega�ng the work processes through distance and �me; eg. allowing earthworks to finish before survey work begins
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Engineering
This involves changing physical characteris�cs of the plant or work area to remove or reduce the risk. Examples may include:
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Convex mirrors reversing cameras proximity detec�on re-‐design of plant to allow for clear line of sight Audible warning devices
Administra�ve This includes policies, procedures, signs and training to control the risk. Examples may include: developing and implemen�ng a Vehicle Movement Plan developing and implemen�ng a construc�on safety plan developing and implemen�ng a work method statement organising, coordina�ng and monitoring work processes to reduce interac�on between workers and mobile plant
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Road Worker Struck by Street Sweeper
A traffic controller died a�er being reversed over struck by a street 4th work-‐related death in 10 days in Victoria & 20th for the year (2011) Worksafe Victoria – “December was the busiest month in the year, with many workers under pressure to finish work to �ght deadlines before Christmas”
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Road Worker Struck by Street Sweeper
Worksafe Victoria – ‘‘The big point is these are not freak accidents...they’re doing very rou�ne jobs for their industry so it’s not a ma�er of saying 'he was unlucky’ or 'they’re occupa�onal hazards’.’’
– ‘‘Individuals can make a difference, whether that’s a CEO or a board member of an organisa�on, right through to managers and supervisors and the people actually doing the job.’’
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Control Measures -‐ Technology
Alarms Vehicle mounted beacon Cameras Proximity detec�on
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Vehicle Movement Plans
When planning for works, any poten�al conflict between work ac�vi�es and movement of workers or members of the public must be iden�fied and risk mi�ga�on strategies
implemented.
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Vehicle Movement Plans Vehicle movements within worksites must be planned, taking into account: all mobile plant loca�on of the site office designated delivery area and loading bays stockpile and storage areas designated parking areas for staff and visitors other site traffic controlled access to and from the site site workers on foot and other pedestrians
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Vehicle Movement Plans
A site specific Vehicle Movement Plan (VMP) is to be used where any of the following condi�ons exist: There are more than 20 repe��ve vehicle movements per day Plant is travelling on site faster than 40km/hr Plant is reversing over 100 metres Other specific hazards to pedestrians on site from plant carrying out work.
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Enquiries: Troy Stahlhut
M| 0432 799 761 E| troy@evolu�ontraffic.com.au