Unit GC 2 – Controlling workplace hazards Element 2: Transport hazards and risk controls Flashcards
Typical hazards involving vehicles
Collision with: People, Other vehicles, Fixed plant, Overturning of vehicles, Loss of a load, Falling from lorries
Outline common reasons for vehicles overturning.
- Driving too fast around corners
- Driving across a gradient
- Loads unevenly distributed on vehicle
- Driving over poor ground conditions
- Swerving due to driving too fast and losing control of vehicle
- Puncture at high speed
Outline control measures for safe vehicle operations.
- Risk assessment to identify hazards and risks
- Well designed traffic routes – in good condition and well maintained
- Reduce need for reversing (one way systems)
- Provide adequate lighting
- Segregation of people and vehicles
- Driver training – competency requirements
Factors that increase the risk of a traffic incident
- The distance driven
- The amount of hours spent driving
- Work schedules
- Stress due to traffic
- Weather conditions
Managing work related road safety
- The H & S policy should cover road safety
- Ensure top level commitment to road safety
- Ensure co-operation across departments
- Have systems in place to manage road safety
- Monitor performance to ensure policy is effective
Driving at Work - Risk factors
When evaluating the risk consider:
• The driver – competency; fitness and health; level of training
• The vehicle – suitability and condition; safety equipment; safety information (e.g. tyre pressures); ergonomic issues (e.g. seating and driving posture)
• The journey – routes to be taken, scheduling of loading / unloading; sufficient time to take account of hold ups; weather forecast
Identify the 3 main factors to consider when developing a control strategy for safe driving.
- The Driver
- The Vehicle
- The Journey
Identify the control measures that could be implemented to reduce the risks to pedestrians in areas where vehicles are manoeuvring.
Introduction of one-way systems to avoid the need for reversing and the use of designated traffic routes for vehicles and vehicles; segregation by marking routes and use of barriers and refuges; installation of mirrors at strategic points to improve visibility; install transparent doors and lighting as required; speed restrictions and site enforcement arrangements; fitting visual and audible alarms to vehicles; regular maintenance of vehicles (brakes, tyres, steering); driver training to ensure competence; use of high visibility clothing.
Outline the measures that can be taken to reduce the risk of injury from reversing vehicles
The most effective way of reducing the risks from reversing is to remove the need for it altogether by setting up one-way systems, e.g. drive -through loading and unloading. Where revering is unavoidable, organised routes to minimise the need for it. Any single measure is unlikely to be enough to ensure safety. These measures include segregated reversing areas with sufficient space, use of banksmen to ensure safety during the activity and alarms and warnings on vehicles.
Outline the factors to be considered when assessing the risks from long distance driving.
Organisations and drivers should work together to agree the process for adequate route planning which considers hazards and identifies controls/ This will need to be regularly reviewed to ensure changing conditions, road layouts and the impact of long term road works.
Whenever possible the journeys should be scheduled to avoid danger periods when drivers may feel tired and sleepy. These periods are usually between 2am - 6am in the morning and 2pm-4pm in the afternoon. Drivers should be encouraged to take regular breaks and the time allowance of this should be factored into the schedule.
Outline the factors that should be considered when selecting a vehicle for use at work.
Vehicles must be suitable for the intended purpose and all vehicles must be maintained in a roadworthy condition,
Safety equipment should be provided where necessary and should be appropriate to the geographical areas which the vehicle will use.
The vehicles should be ergonomically designed to meet the needs of the drivers wherever possible. This includes adequate comfortable seating, accessibility of controls and additional features such as reversing mirrors.
Most transport accidents are due to:
- moving vehicles (including people being hit or run over);
- people failing from vehicles
- people being hit by falling objects (usually part of the load)
- vehicles overturning
- reversing vehicles
- failure to provide a safe site
- failure to make sure that safe systems are followed
- persons injured whilst loading/unloading vehicles or securing loads
- vehicle maintenance work
- poor weather or road conditions leading to loss of vehicles control
- collisions with other vehicles
Workplace transport accidents are more likely where:
- the vehicles are not maintained and not fit for purpose
- the work environment is poorly lit
- there are poor internal roads and insufficient space for vehicles operations
- there is no separation of vehicles and pedestrians
- the drivers are not competent to drive the vehicles on site
- poor levels of reporting and awareness of sale procedures.
Pedestrian routes should
- have clear signs indicating routes & hazards
- have enough space to accommodate peak traffic and emergency evacuation
- have as much of a direct route to the workplace as possible
- have barriers or fencing to keep pedestrians apart from vehicles
- have a clear line of sight in all directions at crossing points
- be separated from loading bays and reversing areas
- be well maintained and be clear of obstacles.etc
- have clear procedures ensuring pedestrians keep to the correct routes
- be wide enough for vehicles to pass pedestrians safely.
- lift truck routes inside buildings should be clearly marked to inform pedestrians, and segregated wherever possible;
- where driver-less vehicles and pedestrians share the same route, the creation of ‘trapping’ areas for pedestrians must be avoided
Traffic routes should:
- have clear signs and barriers in place
- have speed limits set which are appropriate to traffic in the area
- introduce other traffic slowing systems such as speed bumps and cameras
- have good lighting
- be free of obstructions and well maintained
- be of appropriate construction for the vehicles in use
- use mirrors or other safety controls in use for any ‘blind spots’
- eliminate / avoid any gradients or changes of level which may present a risk for certain vehicles.