SlideShare ist ein Scribd-Unternehmen logo
1 von 33
Protecting workers on road and
highway construction sites
PREPARED BY : S.SELVAPRAKASH
Road Construction Work
Zone Safety
Safety in Road Construction Work Zones
What this presentation covers
 Road construction hazards
 Roadway worker fatalities
 Traffic control measures
 Construction vehicle blind spots
 How to protect roadway workers
 Resources
Introduction
Workers in construction, utilities, or public works jobs
on both highways or city streets are at risk of fatal or
serious debilitating injuries.
The work is in congested areas
with exposure to high traffic
volumes and speeds, as well as
under conditions of low lighting,
low visibility, and inclement
weather.
The work is routinely near both
moving construction vehicles and
passing motor vehicle traffic.
How are roadway workers exposed or at risk?
Workers in temporary traffic control work zones are exposed to
risk of injury from construction vehicles and motorized equipment:
 operating in and around
the active work zone(s)
 operating in traffic control
or secondary areas that
support the work zone
( ex. - temporary batch
plants)
 entering and leaving the
work zone
This attenuator truck was rear ended at
63 mph by an inattentive driver, despite
workers’ attempts to get the driver’s
attention.
Two workers were hurt and the driver
received minor injuries.
The driver pled guilty to reckless
endangerment of a road-way worker.
How are roadway workers at risk?
Workers in the roadway are at risk of injury from a variety
of general traffic vehicles entering the work zone:
• Drunk drivers
• Sleepy or impaired drivers
• Impatient, reckless drivers
• Drivers using cell phones;
other inattentive drivers
• Law enforcement and
emergency vehicles
• Disabled vehicles pulling
in and parking
• Lost drivers looking for
directions
Courtesy of Washington State Dept. of Transportation
How are workers on foot at risk?
Flaggers and other Workers On Foot* are exposed to the
risk of being struck if they are not visible to motorists or
equipment operators.
* Workers On Foot refers to any pedestrian worker on the ground
in the work zone
Driver’s view
passing by a work
zone under
overcast/rainy
conditions...
Do you see the
flagger?
How are equipment operators at risk?
Workers who operate construction vehicles or motorized
equipment risk injury due to rollovers, collisions, being
caught between or struck by operating equipment.
Overturned compactor on loose soil
844 WORKER DEATHS occurred
in roadway work zones from 1995-
2002 (over 100/year avg.)
91% of these were related to
motor vehicle traffic or construction
equipment, or both
Source: Bureau of Labor Statistics
How bad is the problem of road construction
workers fatalities in the United States?
 The trend in worker deaths
showed an increase...
– 90 deaths/yr average
between 1992-1997
– 120 deaths/yr average
between 1995-2002
 Construction vehicle related
accidents are responsible for
the increase in worker
deaths
 Construction equipment
accidents accounted for as
many “worker on foot”
deaths as traffic vehicles
Worker Fatalities in Roadway Work Zones
Emergency vehicles
at accident scene
(continued)
Dump trucks were
responsible for 41% of
the “worker on foot”
related deaths
52% of these involved
dump trucks backing
up!
Worker Fatalities in Roadway Work Zones
Victim (under sheet) who
was backed over by the
Dump Truck
(continued)
Washington roadway worker fatalities
17 workers were killed in
traffic control work zones
between 1999 and 2003
• 10 deaths involved
construction equipment
• 15 were workers on foot
- 8 killed by dump trucks
(6 were backed over)
- 7 deaths resulted from
motorist traffic entering
the work zone
- 2 were ejected from
equipment and crushed
(not wearing seat belts)
Traffic Control Around the Work Zone
Flaggers and other workers
assigned traffic control
responsibilities work very
close to motor vehicles and
are at risk of getting struck
or run over by them.
Flaggers:
must be trained in traffic control
techniques
must have a valid Washington
Traffic Control Flagger card
(or card from a state with reciprocal
flagger training)
See Chapter 296-155-Part E WAC
Signaling and Flaggers,
for specific requirements
A Traffic Control Plan helps move
motorist traffic safely through or
around roadway work zones to
protect the public and workers.
•It makes use of traffic control
devices, standard signage, and
buffer and transition zones.
•When flaggers will be used on a job
lasting more than one day, there
must be a current site-specific traffic
control plan that is kept on site.
Refer to WAC 296-155-305 (7)(b)
Traffic Control Around the Work Zone
Example template from the Manual
on Uniform Traffic Control Devices
Site-specific Temporary
Traffic Control Plans
Click link to see more on the Manual on Uniform Traffic Control Devices
In the Temporary Traffic Control zone,
construction vehicles and equipment
moving inside create a risk to workers on
foot requiring additional protection
planning and policies to minimize backing-
up maneuvers in the “activity area”
The Temporary Traffic Control “Activity Area”
is the section of the highway where the
work activity takes place. It is comprised
of the work space, the traffic space, and
the buffer space.
The “work space” is that portion of the road
closed and set aside for equipment,
workers, and material.
Work spaces are usually delineated apart
from the traffic space, to exclude vehicles
and pedestrians, by channelizing devices
or temporary barriers and signs.
Safety within the Work Zone:
Temporary Traffic Control Plan
Temporary Traffic Control Plans
Paving Model Plan – Traffic Adjacent
Example:
Safety within the Work Zone:
Temporary Traffic Control Plan
-- Restrict personnel access points into work areas
and define/designate “no backing zones” and
“pedestrian-free zones”
-- Design into the Temporary Traffic Control Plan
flow paths for equipment and vehicle traffic to
minimize backing maneuvers where possible
as well as buffer spaces to protect pedestrian
workers from straying traffic vehicles and/or
work zone equipment
-- Establish procedures for entering and exiting
work zone
-- Train all employees on the Temporary Traffic
Control Plan and its precautionary measures
Working at Night
Visibility is greatly reduced at night.
Your risk of getting injured or killed increases in the dark.
Drivers may be more tired, sleepy, and less attentive.
Hazards & Problems:
• poor visibility
• glare off lights
• adverse weather
conditions
• tired drivers
• inattentive workers
Working at Night
• being aware of your surroundings
at ALL TIMES
• wearing High Visibility Apparel
• arranging good work area lighting
• setting up proper traffic controls
• knowing the traffic flow plan/pattern
Protect yourself when you must work at night by:
Working Around Vehicles/Heavy Equipment
A blind spot (or blind area) is the area around a vehicle or
piece of construction equipment that is not visible to the
operator, either by direct line-of-sight or indirectly by use
of internal and external mirrors.
Vehicle and Heavy Equipment Blind Spots
This compact wheeled loader, with its bucket raised, is
approaching the work site and no one is watching.
Blind Spots or Areas
Example: this mapping
diagram shows the blind
areas around a Ford F-800
dump truck.
8 ft in front and 16 ft in rear
are the most hazardous
areas.
The driver side door area is
the only zone within 8 feet of
the dump truck that is safely
visible.
Blind Areas: Getting struck or run over
DRIVER’S and OPERATORS
What happens when you can’t see around you?
HAZARDS:
● Running over or striking
pedestrians
● Smashing site materials
and tools
● Striking other equipment
or vehicles
● Rollover on steep slopes
● Contact with utilities
Figure in white shows where the worker
was standing when he was run over.
The driver did not see the victim.
“Roadway Construction Worker
Dies From Crushing Injuries
When Backed Over by a
Dump Truck”
Vehicle Blind Spots
Construction equipment is
typically large and has an
enclosed cab, which can
make the blind areas around
this equipment very large
and hard to see.
The bigger the equipment
the larger the blind spots or
hazardous areas for
pedestrians and ground
workers.
The problem is that pedestrian or ground workers
Often need to be near moving equipment and vehicles
to perform their work.
Operator’s view from inside a
motor grader cab
Vehicle Blind Spots
Driver's field of view inside of a tanker
truck. Can you see the workers in front of
and directly to the right of bug shield?
(circle)
Truck drivers and equipment operators sit high above the
ground and cannot see pedestrian workers crossing close
to front of them.
Obstructions in a driver’s
LINE of SIGHT might be:
• Mirrors
• Cab arrangements
• Door and window post
• Stacks and air cleaners
• Bug shield or other
ornamentations
• Box, tank, and other
equipment configurations
Vehicle Blind Spots
Tools/Attachments on vehicles can create greater blind
spots, reduce visibility, or swings that increases the risk
to workers being struck or pinned.
Watch out for heavy equipment
moving with raised buckets
Be ready for possible sudden
movements of booms or changes
in direction of equipment
operation
Know equipment swing radius
(how far can it reach, move or rotate)
 Do not cross directly in front of or
immediately behind large heavy
equipment or trucks where the
operator sits higher in the vehicle.
 Communicate with an operator
(verbally and/or by eye contact)
before entering any area near
heavy equipment or large trucks.
 If you have to stand near parked
equipment or trucks, stand in
front or on operator side so if
equipment comes into use, the
operator can see you and you can
see them.
How can you protect yourself
when working near heavy equipment?
Vehicle Blind Spots:
Courtesy of Construction Safety
Association of Ontario
Washington’s rule WAC 296-155-610(2)(f)(ii)
Operating Dump Trucks in Reverse
Before backing a dump truck the
driver must determine that no one is
currently in the backing zone and it
is reasonable to expect that no
employee will enter the backing
zone while operating the dump truck
in reverse.
If employees are in the backing
zone or it is reasonable to expect
that an employee will enter the
backing zone, you must make sure
the truck is backed up only when:
- An observer signals that it is safe to
back; or
- An operable mechanical device that
provides the driver a full view behind
the dump truck is used, such as a
video camera.
Backing Zone
(Distances in feet)
The backing zone is defined by the shaded area.
The driver cannot see anything in the blind spot,
either directly or by using mirrors.
Because of the significant number
of deaths caused by backing dump
trucks, Washington adopted this
rule directed at their operation.
Operating Dump Trucks in Reverse
If employees are in the backing zone or it is reasonable to expect
that employees will enter the backing zone behind a dump truck,
then ensure that:
AND
An observer who signals when it is
SAFE to back up or stop
OR
the vehicle has an operable device
installed which provides the driver a
FULL VIEW of the area behind the
dump truck
The vehicle has an operable automatic reverse signal alarm
• which is audible above surrounding noise level; and
• Is audible at least fifteen feet from the rear of the vehicle
Courtesy of Construction Safety
Association of Ontario
Operating Dump Trucks in Reverse
Exemption to Rule
Workers are considered protected when they are on the opposite side
of a fixed barrier such as a jersey barrier or a six-inch concrete curb
or heavy equipment like a paving machine.
The left photo show a
camera mounted on the
rear of the vehicle - the
monitor is mounted in
the cab of the truck.
An “operable mechanical device” that provides the driver
with a full view behind the dump truck
can be a video camera.
How do you protect workers in
roadway work zones?
 A comprehensive Site-specific
Safety Program (APP)
 A Temporary Traffic Control
Plan in place for the project site
 Conducted crew meetings and
trained all workers on work zone
safety; discussing potential
hazards, equipment blind spots,
movement precautions in the
activity area
Employers must have...
How do you protect workers in
Roadway Work Zones?
Workers must:
-- Wear high-visibility safety apparel
(vest & head gear in photos)
-- Be alert for construction vehicles and
equipment as well as general traffic
-- Check surroundings often for hazards
-- Know the plan for traffic flow
-- Keep a safe distance from traffic
-- Communicate with other
workers, especially when there are
changes in procedures, locations,
or traffic flow pattern
More Roadway Work Zones protective measures
Pedestrian Workers
 Keep in eye contact with
operators when working near
moving equipment
 Remember equipment blind
spots and limited visual areas
Equipment/Vehicle Operators
 Keep windows and mirrors clean
 Watch for workers on foot;
know where they are
 Remember equipment blind
spots and limited visual areas
Can you see the parked vehicles through this window?
How else can workers protect
themselves in Roadway Work Zones?
 Stay behind protective
barriers where possible
 Do not linger or cross into
areas around moving
equipment if you have no
reason to be there
 Use extra precautions and
additional safety apparel at
night and during poor
weather conditions
More Information & Resources
 DOSH – Noise in Road Construction:
http://www.lni.wa.gov/Safety/TrainTools/Online/Courses/default
.asp?P_ID=105
 Federal Highway Administration – work zone mobility & safety
program: FHWA Work Zone
 OSHA – Compactor Rollover Hazard - Compactor Rollover
Hazard
 NIOSH – Highway Work Zone Safety: NIOSH Topic: Highway
Work Zone Safety | CDC/NIOSH

Weitere ähnliche Inhalte

Was ist angesagt?

Presentation on construction site safety
Presentation on construction site safetyPresentation on construction site safety
Presentation on construction site safetyAnilSinghYadav2
 
Industrial safetY of height works
Industrial safetY of height worksIndustrial safetY of height works
Industrial safetY of height worksPavan Noel
 
Scaffolding safety training.ppt
Scaffolding safety training.pptScaffolding safety training.ppt
Scaffolding safety training.pptIrfanAwan25
 
Working at heights training powerpoint
Working at heights training powerpointWorking at heights training powerpoint
Working at heights training powerpointJomish John
 
Health and Safety in Construction PPT
Health and Safety in Construction  PPTHealth and Safety in Construction  PPT
Health and Safety in Construction PPTLuke D'Arcy
 
OSHA Construction Safety for Vehicles, Mobile Equipment, and Machinery
OSHA Construction Safety for Vehicles, Mobile Equipment, and MachineryOSHA Construction Safety for Vehicles, Mobile Equipment, and Machinery
OSHA Construction Safety for Vehicles, Mobile Equipment, and MachineryThe Windsdor Consulting Group, Inc.
 
Safety during construction
Safety during construction Safety during construction
Safety during construction BHAGWAN PRASAD
 
8 lifting operations with mobile crane risk assessment templates
8 lifting operations with mobile crane risk assessment templates8 lifting operations with mobile crane risk assessment templates
8 lifting operations with mobile crane risk assessment templatesDwarika Bhushan Sharma
 
Crane Safety Training Presentation
Crane Safety Training PresentationCrane Safety Training Presentation
Crane Safety Training PresentationFAIZ FAREED
 
Construction site safety
Construction site safetyConstruction site safety
Construction site safetyDebajit Roy
 
NIOSH Heavy Equipment Blind Spots and Internal Traffic Control
NIOSH Heavy Equipment Blind Spots and Internal Traffic ControlNIOSH Heavy Equipment Blind Spots and Internal Traffic Control
NIOSH Heavy Equipment Blind Spots and Internal Traffic ControlJustin Tolpa, CSP
 
New Employee Orientation 05
New Employee Orientation 05New Employee Orientation 05
New Employee Orientation 05txsafety1
 
A Part 1 Safety Induction
A  Part 1 Safety InductionA  Part 1 Safety Induction
A Part 1 Safety InductionJames McCann
 
Construction hazards and_safety_by_isti
Construction hazards and_safety_by_istiConstruction hazards and_safety_by_isti
Construction hazards and_safety_by_istiSYED HAIDER ABBAS
 
A Part 6 Lifting Operations
A  Part 6 Lifting OperationsA  Part 6 Lifting Operations
A Part 6 Lifting OperationsJames McCann
 

Was ist angesagt? (20)

Presentation on construction site safety
Presentation on construction site safetyPresentation on construction site safety
Presentation on construction site safety
 
Industrial safetY of height works
Industrial safetY of height worksIndustrial safetY of height works
Industrial safetY of height works
 
Scaffolding safety training.ppt
Scaffolding safety training.pptScaffolding safety training.ppt
Scaffolding safety training.ppt
 
Working at height slides
Working at height slidesWorking at height slides
Working at height slides
 
Working at heights training powerpoint
Working at heights training powerpointWorking at heights training powerpoint
Working at heights training powerpoint
 
Health and Safety in Construction PPT
Health and Safety in Construction  PPTHealth and Safety in Construction  PPT
Health and Safety in Construction PPT
 
OSHA Construction Safety for Vehicles, Mobile Equipment, and Machinery
OSHA Construction Safety for Vehicles, Mobile Equipment, and MachineryOSHA Construction Safety for Vehicles, Mobile Equipment, and Machinery
OSHA Construction Safety for Vehicles, Mobile Equipment, and Machinery
 
Safety during construction
Safety during construction Safety during construction
Safety during construction
 
8 lifting operations with mobile crane risk assessment templates
8 lifting operations with mobile crane risk assessment templates8 lifting operations with mobile crane risk assessment templates
8 lifting operations with mobile crane risk assessment templates
 
Crane Safety Training Presentation
Crane Safety Training PresentationCrane Safety Training Presentation
Crane Safety Training Presentation
 
Construction site safety
Construction site safetyConstruction site safety
Construction site safety
 
Work Zone Safety in Construction
Work Zone Safety in ConstructionWork Zone Safety in Construction
Work Zone Safety in Construction
 
NIOSH Heavy Equipment Blind Spots and Internal Traffic Control
NIOSH Heavy Equipment Blind Spots and Internal Traffic ControlNIOSH Heavy Equipment Blind Spots and Internal Traffic Control
NIOSH Heavy Equipment Blind Spots and Internal Traffic Control
 
Amn safety induction j 175 - staff rev 4 - s 14
Amn safety induction  j 175 - staff rev 4 - s 14Amn safety induction  j 175 - staff rev 4 - s 14
Amn safety induction j 175 - staff rev 4 - s 14
 
Safe operating of forklift
Safe operating of forkliftSafe operating of forklift
Safe operating of forklift
 
New Employee Orientation 05
New Employee Orientation 05New Employee Orientation 05
New Employee Orientation 05
 
A Part 1 Safety Induction
A  Part 1 Safety InductionA  Part 1 Safety Induction
A Part 1 Safety Induction
 
Construction hazards and_safety_by_isti
Construction hazards and_safety_by_istiConstruction hazards and_safety_by_isti
Construction hazards and_safety_by_isti
 
Excavation safety
Excavation safetyExcavation safety
Excavation safety
 
A Part 6 Lifting Operations
A  Part 6 Lifting OperationsA  Part 6 Lifting Operations
A Part 6 Lifting Operations
 

Ähnlich wie Road and highway worker safety essentials

fy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdf
fy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdffy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdf
fy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdfAlexSandroBorgesPere
 
Construction Safety Training by Ohio Department of Transportation
Construction Safety Training by Ohio Department of TransportationConstruction Safety Training by Ohio Department of Transportation
Construction Safety Training by Ohio Department of TransportationAtlantic Training, LLC.
 
Arabtec safety man and machine presentation june 2019 rev-1
Arabtec safety man and machine presentation june 2019 rev-1Arabtec safety man and machine presentation june 2019 rev-1
Arabtec safety man and machine presentation june 2019 rev-1Dwarika Bhushan Sharma
 
Banksman Awareness safety training ppt.pptx
Banksman Awareness safety training ppt.pptxBanksman Awareness safety training ppt.pptx
Banksman Awareness safety training ppt.pptxsahatnawaz333
 
2017-Collision-Avoidance-Systems-WP-v1.pdf
2017-Collision-Avoidance-Systems-WP-v1.pdf2017-Collision-Avoidance-Systems-WP-v1.pdf
2017-Collision-Avoidance-Systems-WP-v1.pdfAlexSandroBorgesPere
 
banksman awareness ppt.pptx
banksman awareness ppt.pptxbanksman awareness ppt.pptx
banksman awareness ppt.pptxzoredatta1
 
Road safety.pptx
Road safety.pptxRoad safety.pptx
Road safety.pptxKiranNaik84
 
5 Forklift Hazardsto Eliminate from the Workplace - By Randstad
5 Forklift Hazardsto Eliminate from the Workplace - By Randstad5 Forklift Hazardsto Eliminate from the Workplace - By Randstad
5 Forklift Hazardsto Eliminate from the Workplace - By RandstadForklift Trucks in Minnesota
 
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfBobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdftuzhiyou2
 
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfBobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdftuzhiyou2
 
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfBobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdftuzhiyou2
 
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfBobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfnye047275
 
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfBobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfnye047275
 
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfBobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfnye047275
 
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfBobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdflituo39419496
 
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfBobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdflituo39419496
 
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfBobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdflituo39419496
 

Ähnlich wie Road and highway worker safety essentials (20)

fy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdf
fy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdffy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdf
fy13_sh-24861-sh3_FieldGuide-AvoidingRunoversandBackovers.pdf
 
Heavy Highway Training
Heavy Highway TrainingHeavy Highway Training
Heavy Highway Training
 
Construction Safety Training by Ohio Department of Transportation
Construction Safety Training by Ohio Department of TransportationConstruction Safety Training by Ohio Department of Transportation
Construction Safety Training by Ohio Department of Transportation
 
Arabtec safety man and machine presentation june 2019 rev-1
Arabtec safety man and machine presentation june 2019 rev-1Arabtec safety man and machine presentation june 2019 rev-1
Arabtec safety man and machine presentation june 2019 rev-1
 
Safety man and machine presentation
Safety man and machine presentation Safety man and machine presentation
Safety man and machine presentation
 
Banksman Awareness safety training ppt.pptx
Banksman Awareness safety training ppt.pptxBanksman Awareness safety training ppt.pptx
Banksman Awareness safety training ppt.pptx
 
2017-Collision-Avoidance-Systems-WP-v1.pdf
2017-Collision-Avoidance-Systems-WP-v1.pdf2017-Collision-Avoidance-Systems-WP-v1.pdf
2017-Collision-Avoidance-Systems-WP-v1.pdf
 
banksman awareness ppt.pptx
banksman awareness ppt.pptxbanksman awareness ppt.pptx
banksman awareness ppt.pptx
 
Road safety.pptx
Road safety.pptxRoad safety.pptx
Road safety.pptx
 
5 Forklift Hazardsto Eliminate from the Workplace - By Randstad
5 Forklift Hazardsto Eliminate from the Workplace - By Randstad5 Forklift Hazardsto Eliminate from the Workplace - By Randstad
5 Forklift Hazardsto Eliminate from the Workplace - By Randstad
 
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfBobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
 
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfBobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
 
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfBobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
 
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfBobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
 
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfBobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
 
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfBobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
 
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdfBobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
Bobcat AL440 Wheel Loader Service Repair Manual SN A01N11001 & above.pdf
 
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdfBobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
Bobcat AL275 Wheel Loader Service Repair Manual SN A01L11001 & above.pdf
 
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdfBobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
Bobcat AL350 Wheel Loader Service Repair Manual SN A01M11001 & above.pdf
 
Road Safety Faults in Road Construction EN
Road Safety Faults in Road Construction ENRoad Safety Faults in Road Construction EN
Road Safety Faults in Road Construction EN
 

Mehr von Selva Prakash

Design of-steel-structures bhavakkati- by easy engineering.net
Design of-steel-structures bhavakkati- by easy engineering.netDesign of-steel-structures bhavakkati- by easy engineering.net
Design of-steel-structures bhavakkati- by easy engineering.netSelva Prakash
 
safety and health programs
safety and health programssafety and health programs
safety and health programsSelva Prakash
 
staffing ,recruitment and selection
staffing ,recruitment and selectionstaffing ,recruitment and selection
staffing ,recruitment and selectionSelva Prakash
 
Bandra worli sealink
Bandra worli sealinkBandra worli sealink
Bandra worli sealinkSelva Prakash
 
Green Technologies for Buildings
Green Technologies for  BuildingsGreen Technologies for  Buildings
Green Technologies for BuildingsSelva Prakash
 
Detailed project report
Detailed project reportDetailed project report
Detailed project reportSelva Prakash
 
SERVICEABILITY OF CONCRETE
SERVICEABILITY OF CONCRETESERVICEABILITY OF CONCRETE
SERVICEABILITY OF CONCRETESelva Prakash
 
MAINTENANCE AND REPAIR STRATEGIES
MAINTENANCE AND REPAIR STRATEGIESMAINTENANCE AND REPAIR STRATEGIES
MAINTENANCE AND REPAIR STRATEGIESSelva Prakash
 
Engineering drawing
Engineering  drawing Engineering  drawing
Engineering drawing Selva Prakash
 
Engineering drawing graphics
Engineering drawing graphics Engineering drawing graphics
Engineering drawing graphics Selva Prakash
 
Durability of concrete
Durability of concreteDurability of concrete
Durability of concreteSelva Prakash
 
Split tensile strength in concrete
Split tensile strength in concreteSplit tensile strength in concrete
Split tensile strength in concreteSelva Prakash
 
Compressive strength in concrete test
Compressive strength in concrete testCompressive strength in concrete test
Compressive strength in concrete testSelva Prakash
 
Impact strength in concrete test
Impact strength in concrete testImpact strength in concrete test
Impact strength in concrete testSelva Prakash
 
Flexural strength in concrete test
Flexural strength in concrete test Flexural strength in concrete test
Flexural strength in concrete test Selva Prakash
 
Comparision of is 10262 1982 & 2009
Comparision of is 10262 1982 & 2009 Comparision of is 10262 1982 & 2009
Comparision of is 10262 1982 & 2009 Selva Prakash
 
Advanced concrete technology 3
Advanced concrete technology 3Advanced concrete technology 3
Advanced concrete technology 3Selva Prakash
 

Mehr von Selva Prakash (20)

Design of-steel-structures bhavakkati- by easy engineering.net
Design of-steel-structures bhavakkati- by easy engineering.netDesign of-steel-structures bhavakkati- by easy engineering.net
Design of-steel-structures bhavakkati- by easy engineering.net
 
safety and health programs
safety and health programssafety and health programs
safety and health programs
 
staffing ,recruitment and selection
staffing ,recruitment and selectionstaffing ,recruitment and selection
staffing ,recruitment and selection
 
Bandra worli sealink
Bandra worli sealinkBandra worli sealink
Bandra worli sealink
 
DESIGN METHODLOGY
DESIGN METHODLOGYDESIGN METHODLOGY
DESIGN METHODLOGY
 
Green Technologies for Buildings
Green Technologies for  BuildingsGreen Technologies for  Buildings
Green Technologies for Buildings
 
Detailed project report
Detailed project reportDetailed project report
Detailed project report
 
Burj khalifa
Burj  khalifaBurj  khalifa
Burj khalifa
 
SERVICEABILITY OF CONCRETE
SERVICEABILITY OF CONCRETESERVICEABILITY OF CONCRETE
SERVICEABILITY OF CONCRETE
 
MAINTENANCE AND REPAIR STRATEGIES
MAINTENANCE AND REPAIR STRATEGIESMAINTENANCE AND REPAIR STRATEGIES
MAINTENANCE AND REPAIR STRATEGIES
 
Engineering drawing
Engineering  drawing Engineering  drawing
Engineering drawing
 
Engineering drawing graphics
Engineering drawing graphics Engineering drawing graphics
Engineering drawing graphics
 
Durability of concrete
Durability of concreteDurability of concrete
Durability of concrete
 
Split tensile strength in concrete
Split tensile strength in concreteSplit tensile strength in concrete
Split tensile strength in concrete
 
Compressive strength in concrete test
Compressive strength in concrete testCompressive strength in concrete test
Compressive strength in concrete test
 
Impact strength in concrete test
Impact strength in concrete testImpact strength in concrete test
Impact strength in concrete test
 
Flexural strength in concrete test
Flexural strength in concrete test Flexural strength in concrete test
Flexural strength in concrete test
 
Bond strenth
Bond strenthBond strenth
Bond strenth
 
Comparision of is 10262 1982 & 2009
Comparision of is 10262 1982 & 2009 Comparision of is 10262 1982 & 2009
Comparision of is 10262 1982 & 2009
 
Advanced concrete technology 3
Advanced concrete technology 3Advanced concrete technology 3
Advanced concrete technology 3
 

Kürzlich hochgeladen

Risk Management in Engineering Construction Project
Risk Management in Engineering Construction ProjectRisk Management in Engineering Construction Project
Risk Management in Engineering Construction ProjectErbil Polytechnic University
 
System Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event SchedulingSystem Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event SchedulingBootNeck1
 
Input Output Management in Operating System
Input Output Management in Operating SystemInput Output Management in Operating System
Input Output Management in Operating SystemRashmi Bhat
 
CCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdf
CCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdfCCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdf
CCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdfAsst.prof M.Gokilavani
 
Crystal Structure analysis and detailed information pptx
Crystal Structure analysis and detailed information pptxCrystal Structure analysis and detailed information pptx
Crystal Structure analysis and detailed information pptxachiever3003
 
National Level Hackathon Participation Certificate.pdf
National Level Hackathon Participation Certificate.pdfNational Level Hackathon Participation Certificate.pdf
National Level Hackathon Participation Certificate.pdfRajuKanojiya4
 
Ch10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdfCh10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdfChristianCDAM
 
THE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTION
THE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTIONTHE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTION
THE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTIONjhunlian
 
Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...
Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...
Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...Erbil Polytechnic University
 
Past, Present and Future of Generative AI
Past, Present and Future of Generative AIPast, Present and Future of Generative AI
Past, Present and Future of Generative AIabhishek36461
 
Indian Dairy Industry Present Status and.ppt
Indian Dairy Industry Present Status and.pptIndian Dairy Industry Present Status and.ppt
Indian Dairy Industry Present Status and.pptMadan Karki
 
DM Pillar Training Manual.ppt will be useful in deploying TPM in project
DM Pillar Training Manual.ppt will be useful in deploying TPM in projectDM Pillar Training Manual.ppt will be useful in deploying TPM in project
DM Pillar Training Manual.ppt will be useful in deploying TPM in projectssuserb6619e
 
Earthing details of Electrical Substation
Earthing details of Electrical SubstationEarthing details of Electrical Substation
Earthing details of Electrical Substationstephanwindworld
 
Transport layer issues and challenges - Guide
Transport layer issues and challenges - GuideTransport layer issues and challenges - Guide
Transport layer issues and challenges - GuideGOPINATHS437943
 
Mine Environment II Lab_MI10448MI__________.pptx
Mine Environment II Lab_MI10448MI__________.pptxMine Environment II Lab_MI10448MI__________.pptx
Mine Environment II Lab_MI10448MI__________.pptxRomil Mishra
 
Instrumentation, measurement and control of bio process parameters ( Temperat...
Instrumentation, measurement and control of bio process parameters ( Temperat...Instrumentation, measurement and control of bio process parameters ( Temperat...
Instrumentation, measurement and control of bio process parameters ( Temperat...121011101441
 
Unit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfg
Unit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfgUnit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfg
Unit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfgsaravananr517913
 
Research Methodology for Engineering pdf
Research Methodology for Engineering pdfResearch Methodology for Engineering pdf
Research Methodology for Engineering pdfCaalaaAbdulkerim
 

Kürzlich hochgeladen (20)

Risk Management in Engineering Construction Project
Risk Management in Engineering Construction ProjectRisk Management in Engineering Construction Project
Risk Management in Engineering Construction Project
 
System Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event SchedulingSystem Simulation and Modelling with types and Event Scheduling
System Simulation and Modelling with types and Event Scheduling
 
Design and analysis of solar grass cutter.pdf
Design and analysis of solar grass cutter.pdfDesign and analysis of solar grass cutter.pdf
Design and analysis of solar grass cutter.pdf
 
Input Output Management in Operating System
Input Output Management in Operating SystemInput Output Management in Operating System
Input Output Management in Operating System
 
CCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdf
CCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdfCCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdf
CCS355 Neural Networks & Deep Learning Unit 1 PDF notes with Question bank .pdf
 
Crystal Structure analysis and detailed information pptx
Crystal Structure analysis and detailed information pptxCrystal Structure analysis and detailed information pptx
Crystal Structure analysis and detailed information pptx
 
National Level Hackathon Participation Certificate.pdf
National Level Hackathon Participation Certificate.pdfNational Level Hackathon Participation Certificate.pdf
National Level Hackathon Participation Certificate.pdf
 
Ch10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdfCh10-Global Supply Chain - Cadena de Suministro.pdf
Ch10-Global Supply Chain - Cadena de Suministro.pdf
 
THE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTION
THE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTIONTHE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTION
THE SENDAI FRAMEWORK FOR DISASTER RISK REDUCTION
 
Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...
Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...
Comparative study of High-rise Building Using ETABS,SAP200 and SAFE., SAFE an...
 
Designing pile caps according to ACI 318-19.pptx
Designing pile caps according to ACI 318-19.pptxDesigning pile caps according to ACI 318-19.pptx
Designing pile caps according to ACI 318-19.pptx
 
Past, Present and Future of Generative AI
Past, Present and Future of Generative AIPast, Present and Future of Generative AI
Past, Present and Future of Generative AI
 
Indian Dairy Industry Present Status and.ppt
Indian Dairy Industry Present Status and.pptIndian Dairy Industry Present Status and.ppt
Indian Dairy Industry Present Status and.ppt
 
DM Pillar Training Manual.ppt will be useful in deploying TPM in project
DM Pillar Training Manual.ppt will be useful in deploying TPM in projectDM Pillar Training Manual.ppt will be useful in deploying TPM in project
DM Pillar Training Manual.ppt will be useful in deploying TPM in project
 
Earthing details of Electrical Substation
Earthing details of Electrical SubstationEarthing details of Electrical Substation
Earthing details of Electrical Substation
 
Transport layer issues and challenges - Guide
Transport layer issues and challenges - GuideTransport layer issues and challenges - Guide
Transport layer issues and challenges - Guide
 
Mine Environment II Lab_MI10448MI__________.pptx
Mine Environment II Lab_MI10448MI__________.pptxMine Environment II Lab_MI10448MI__________.pptx
Mine Environment II Lab_MI10448MI__________.pptx
 
Instrumentation, measurement and control of bio process parameters ( Temperat...
Instrumentation, measurement and control of bio process parameters ( Temperat...Instrumentation, measurement and control of bio process parameters ( Temperat...
Instrumentation, measurement and control of bio process parameters ( Temperat...
 
Unit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfg
Unit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfgUnit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfg
Unit7-DC_Motors nkkjnsdkfnfcdfknfdgfggfg
 
Research Methodology for Engineering pdf
Research Methodology for Engineering pdfResearch Methodology for Engineering pdf
Research Methodology for Engineering pdf
 

Road and highway worker safety essentials

  • 1. Protecting workers on road and highway construction sites PREPARED BY : S.SELVAPRAKASH Road Construction Work Zone Safety
  • 2. Safety in Road Construction Work Zones
  • 3. What this presentation covers  Road construction hazards  Roadway worker fatalities  Traffic control measures  Construction vehicle blind spots  How to protect roadway workers  Resources
  • 4. Introduction Workers in construction, utilities, or public works jobs on both highways or city streets are at risk of fatal or serious debilitating injuries. The work is in congested areas with exposure to high traffic volumes and speeds, as well as under conditions of low lighting, low visibility, and inclement weather. The work is routinely near both moving construction vehicles and passing motor vehicle traffic.
  • 5. How are roadway workers exposed or at risk? Workers in temporary traffic control work zones are exposed to risk of injury from construction vehicles and motorized equipment:  operating in and around the active work zone(s)  operating in traffic control or secondary areas that support the work zone ( ex. - temporary batch plants)  entering and leaving the work zone
  • 6. This attenuator truck was rear ended at 63 mph by an inattentive driver, despite workers’ attempts to get the driver’s attention. Two workers were hurt and the driver received minor injuries. The driver pled guilty to reckless endangerment of a road-way worker. How are roadway workers at risk? Workers in the roadway are at risk of injury from a variety of general traffic vehicles entering the work zone: • Drunk drivers • Sleepy or impaired drivers • Impatient, reckless drivers • Drivers using cell phones; other inattentive drivers • Law enforcement and emergency vehicles • Disabled vehicles pulling in and parking • Lost drivers looking for directions Courtesy of Washington State Dept. of Transportation
  • 7. How are workers on foot at risk? Flaggers and other Workers On Foot* are exposed to the risk of being struck if they are not visible to motorists or equipment operators. * Workers On Foot refers to any pedestrian worker on the ground in the work zone Driver’s view passing by a work zone under overcast/rainy conditions... Do you see the flagger?
  • 8. How are equipment operators at risk? Workers who operate construction vehicles or motorized equipment risk injury due to rollovers, collisions, being caught between or struck by operating equipment. Overturned compactor on loose soil
  • 9. 844 WORKER DEATHS occurred in roadway work zones from 1995- 2002 (over 100/year avg.) 91% of these were related to motor vehicle traffic or construction equipment, or both Source: Bureau of Labor Statistics How bad is the problem of road construction workers fatalities in the United States?
  • 10.  The trend in worker deaths showed an increase... – 90 deaths/yr average between 1992-1997 – 120 deaths/yr average between 1995-2002  Construction vehicle related accidents are responsible for the increase in worker deaths  Construction equipment accidents accounted for as many “worker on foot” deaths as traffic vehicles Worker Fatalities in Roadway Work Zones Emergency vehicles at accident scene (continued)
  • 11. Dump trucks were responsible for 41% of the “worker on foot” related deaths 52% of these involved dump trucks backing up! Worker Fatalities in Roadway Work Zones Victim (under sheet) who was backed over by the Dump Truck (continued)
  • 12. Washington roadway worker fatalities 17 workers were killed in traffic control work zones between 1999 and 2003 • 10 deaths involved construction equipment • 15 were workers on foot - 8 killed by dump trucks (6 were backed over) - 7 deaths resulted from motorist traffic entering the work zone - 2 were ejected from equipment and crushed (not wearing seat belts)
  • 13. Traffic Control Around the Work Zone Flaggers and other workers assigned traffic control responsibilities work very close to motor vehicles and are at risk of getting struck or run over by them. Flaggers: must be trained in traffic control techniques must have a valid Washington Traffic Control Flagger card (or card from a state with reciprocal flagger training) See Chapter 296-155-Part E WAC Signaling and Flaggers, for specific requirements
  • 14. A Traffic Control Plan helps move motorist traffic safely through or around roadway work zones to protect the public and workers. •It makes use of traffic control devices, standard signage, and buffer and transition zones. •When flaggers will be used on a job lasting more than one day, there must be a current site-specific traffic control plan that is kept on site. Refer to WAC 296-155-305 (7)(b) Traffic Control Around the Work Zone Example template from the Manual on Uniform Traffic Control Devices Site-specific Temporary Traffic Control Plans Click link to see more on the Manual on Uniform Traffic Control Devices
  • 15. In the Temporary Traffic Control zone, construction vehicles and equipment moving inside create a risk to workers on foot requiring additional protection planning and policies to minimize backing- up maneuvers in the “activity area” The Temporary Traffic Control “Activity Area” is the section of the highway where the work activity takes place. It is comprised of the work space, the traffic space, and the buffer space. The “work space” is that portion of the road closed and set aside for equipment, workers, and material. Work spaces are usually delineated apart from the traffic space, to exclude vehicles and pedestrians, by channelizing devices or temporary barriers and signs. Safety within the Work Zone: Temporary Traffic Control Plan Temporary Traffic Control Plans Paving Model Plan – Traffic Adjacent Example:
  • 16. Safety within the Work Zone: Temporary Traffic Control Plan -- Restrict personnel access points into work areas and define/designate “no backing zones” and “pedestrian-free zones” -- Design into the Temporary Traffic Control Plan flow paths for equipment and vehicle traffic to minimize backing maneuvers where possible as well as buffer spaces to protect pedestrian workers from straying traffic vehicles and/or work zone equipment -- Establish procedures for entering and exiting work zone -- Train all employees on the Temporary Traffic Control Plan and its precautionary measures
  • 17. Working at Night Visibility is greatly reduced at night. Your risk of getting injured or killed increases in the dark. Drivers may be more tired, sleepy, and less attentive. Hazards & Problems: • poor visibility • glare off lights • adverse weather conditions • tired drivers • inattentive workers
  • 18. Working at Night • being aware of your surroundings at ALL TIMES • wearing High Visibility Apparel • arranging good work area lighting • setting up proper traffic controls • knowing the traffic flow plan/pattern Protect yourself when you must work at night by:
  • 19. Working Around Vehicles/Heavy Equipment A blind spot (or blind area) is the area around a vehicle or piece of construction equipment that is not visible to the operator, either by direct line-of-sight or indirectly by use of internal and external mirrors. Vehicle and Heavy Equipment Blind Spots This compact wheeled loader, with its bucket raised, is approaching the work site and no one is watching.
  • 20. Blind Spots or Areas Example: this mapping diagram shows the blind areas around a Ford F-800 dump truck. 8 ft in front and 16 ft in rear are the most hazardous areas. The driver side door area is the only zone within 8 feet of the dump truck that is safely visible.
  • 21. Blind Areas: Getting struck or run over DRIVER’S and OPERATORS What happens when you can’t see around you? HAZARDS: ● Running over or striking pedestrians ● Smashing site materials and tools ● Striking other equipment or vehicles ● Rollover on steep slopes ● Contact with utilities Figure in white shows where the worker was standing when he was run over. The driver did not see the victim. “Roadway Construction Worker Dies From Crushing Injuries When Backed Over by a Dump Truck”
  • 22. Vehicle Blind Spots Construction equipment is typically large and has an enclosed cab, which can make the blind areas around this equipment very large and hard to see. The bigger the equipment the larger the blind spots or hazardous areas for pedestrians and ground workers. The problem is that pedestrian or ground workers Often need to be near moving equipment and vehicles to perform their work. Operator’s view from inside a motor grader cab
  • 23. Vehicle Blind Spots Driver's field of view inside of a tanker truck. Can you see the workers in front of and directly to the right of bug shield? (circle) Truck drivers and equipment operators sit high above the ground and cannot see pedestrian workers crossing close to front of them. Obstructions in a driver’s LINE of SIGHT might be: • Mirrors • Cab arrangements • Door and window post • Stacks and air cleaners • Bug shield or other ornamentations • Box, tank, and other equipment configurations
  • 24. Vehicle Blind Spots Tools/Attachments on vehicles can create greater blind spots, reduce visibility, or swings that increases the risk to workers being struck or pinned. Watch out for heavy equipment moving with raised buckets Be ready for possible sudden movements of booms or changes in direction of equipment operation Know equipment swing radius (how far can it reach, move or rotate)
  • 25.  Do not cross directly in front of or immediately behind large heavy equipment or trucks where the operator sits higher in the vehicle.  Communicate with an operator (verbally and/or by eye contact) before entering any area near heavy equipment or large trucks.  If you have to stand near parked equipment or trucks, stand in front or on operator side so if equipment comes into use, the operator can see you and you can see them. How can you protect yourself when working near heavy equipment? Vehicle Blind Spots: Courtesy of Construction Safety Association of Ontario
  • 26. Washington’s rule WAC 296-155-610(2)(f)(ii) Operating Dump Trucks in Reverse Before backing a dump truck the driver must determine that no one is currently in the backing zone and it is reasonable to expect that no employee will enter the backing zone while operating the dump truck in reverse. If employees are in the backing zone or it is reasonable to expect that an employee will enter the backing zone, you must make sure the truck is backed up only when: - An observer signals that it is safe to back; or - An operable mechanical device that provides the driver a full view behind the dump truck is used, such as a video camera. Backing Zone (Distances in feet) The backing zone is defined by the shaded area. The driver cannot see anything in the blind spot, either directly or by using mirrors. Because of the significant number of deaths caused by backing dump trucks, Washington adopted this rule directed at their operation.
  • 27. Operating Dump Trucks in Reverse If employees are in the backing zone or it is reasonable to expect that employees will enter the backing zone behind a dump truck, then ensure that: AND An observer who signals when it is SAFE to back up or stop OR the vehicle has an operable device installed which provides the driver a FULL VIEW of the area behind the dump truck The vehicle has an operable automatic reverse signal alarm • which is audible above surrounding noise level; and • Is audible at least fifteen feet from the rear of the vehicle Courtesy of Construction Safety Association of Ontario
  • 28. Operating Dump Trucks in Reverse Exemption to Rule Workers are considered protected when they are on the opposite side of a fixed barrier such as a jersey barrier or a six-inch concrete curb or heavy equipment like a paving machine. The left photo show a camera mounted on the rear of the vehicle - the monitor is mounted in the cab of the truck. An “operable mechanical device” that provides the driver with a full view behind the dump truck can be a video camera.
  • 29. How do you protect workers in roadway work zones?  A comprehensive Site-specific Safety Program (APP)  A Temporary Traffic Control Plan in place for the project site  Conducted crew meetings and trained all workers on work zone safety; discussing potential hazards, equipment blind spots, movement precautions in the activity area Employers must have...
  • 30. How do you protect workers in Roadway Work Zones? Workers must: -- Wear high-visibility safety apparel (vest & head gear in photos) -- Be alert for construction vehicles and equipment as well as general traffic -- Check surroundings often for hazards -- Know the plan for traffic flow -- Keep a safe distance from traffic -- Communicate with other workers, especially when there are changes in procedures, locations, or traffic flow pattern
  • 31. More Roadway Work Zones protective measures Pedestrian Workers  Keep in eye contact with operators when working near moving equipment  Remember equipment blind spots and limited visual areas Equipment/Vehicle Operators  Keep windows and mirrors clean  Watch for workers on foot; know where they are  Remember equipment blind spots and limited visual areas Can you see the parked vehicles through this window?
  • 32. How else can workers protect themselves in Roadway Work Zones?  Stay behind protective barriers where possible  Do not linger or cross into areas around moving equipment if you have no reason to be there  Use extra precautions and additional safety apparel at night and during poor weather conditions
  • 33. More Information & Resources  DOSH – Noise in Road Construction: http://www.lni.wa.gov/Safety/TrainTools/Online/Courses/default .asp?P_ID=105  Federal Highway Administration – work zone mobility & safety program: FHWA Work Zone  OSHA – Compactor Rollover Hazard - Compactor Rollover Hazard  NIOSH – Highway Work Zone Safety: NIOSH Topic: Highway Work Zone Safety | CDC/NIOSH