Safety for Workers on Foot. Safe Practices  Consider worker behavior when developing the ITCP. Determine locations where workers are likely to go.

Slides:



Advertisements
Similar presentations
Roles and Responsibilities. A good ITCP program may involve a number of key people: Safety Professional Inspectors/Quality Control Superintendent/ Project.
Advertisements

Developed by Western Iowa Tech Community College This material was produced under a grant (SH F-19) from the Occupational Safety and Health.
1 Rochester Institute of Technology Hazard Communication (HazCom)
Developed by Western Iowa Tech Community College This material was produced under a grant (SH F-19) from the Occupational Safety and Health.
Developed by Western Iowa Tech Community College This material was produced under a grant (SH20836SHO) from the Occupational Safety and Health Administration,
Struck-By/Caught-Between
Responsible Driving Mastery Learning
“Highway Construction Work Zones and Traffic Control Hazards” A Training Program developed under a Susan Harwood grant from OSHA Prepared by Wayne State.
Developing the Program.  Different aspects of the ITCP will be identified and developed during the various construction phases of a project.  Depending.
“A driver initiated program” Lance Morgan Dave Conklin.
Technology Solutions. There are a variety of technologies—old and new—that have been developed to warn drivers and operators when workers on foot are.
MNM Fatal Powered Haulage Powered Haulage July 23, 2014 (Florida) July 23, 2014 (Florida) Cement Operation Cement Operation Contract Truck Driver.
Preventing Deaths and Injuries to Public Workers While Working Around Mobile Equipment.
OSHA NOTICE & DISCLAIMER “This material was produced under grant SH20866SH0 from the Occupational Safety and Health Administration, U.S. Department of.
Road Safety & Awareness Training Your “Right to Know” 29 CFR 1926 / DOT MUTCD This material was produced under grant number SH22297-SH1 from OSHA. It does.
Sawmill Safety Module 1 – Log Handling Log Arrival to Log Decking.
SAWMILL SAFETY Module 5 Shipping and Handling “ Assume they can’t see you ”
Stairways and Ladders 1926 Subpart X - Stairways and Ladders
HAZ COM An employer must assemble information on the hazards of the chemicals they use. (Most will get this data from their chemical suppliers who are.
EQUIPMENT SPOTTER TRAINING
YOUR RIGHTS IN PREVENTING HEAT ILLNESS AND HOW TO PROTECT YOURSELF This material was produced under grant SH20841SHO from the Occupational Safety and Health.
Preventing Runovers and Backovers
Pedestrian and Worker Safety Module 5 1 This training is provided under Susan B. Harwood No. SH F-8. It does not necessarily reflect the views.
Innovations and Best Practices to Improve Work Zone Safety Safety: Blind Spots, Proximity Warning & Camera Systems – An Overview.
1 Module 1 Requirements for Flaggers This training is provided under Susan B. Harwood No. SH F-8. It does not necessarily reflect the views.
2014 Wisconsin DOT SW Region Construction Conference.
MNM Fatal Powered Haulage Accident Powered Haulage Accident January 26, 2010 (California) January 26, 2010 (California) Cement Operation Cement.
Module 4: Overhead and Underground Power Lines. Overview of Module 4 Background on power lines Hazards of overhead and underground power lines Injury.
Fire Engine Driving Operations Unit 3B - Basic Driving Skills 3B-1.
Safety Training Presentations
1 Machinery and Vehicular Safety. This material was produced under grant number SH F-54 from the Occupational Safety and Health Administration,
Guidelines for Traffic Control at Surface Mines
Elkhorn Construction Inc.
MNM Fatal Powered Haulage Accident Powered Haulage Accident June 20, 2010 (Arizona) June 20, 2010 (Arizona) Copper Operation Copper Operation Mechanic.
Preventing Runovers and Backovers
Module 3: PPE 3.3 Training Susan Harwood Grant Number SH F-23.
MNM Fatal Powered Haulage Accident Powered Haulage Accident October 20, 2010 (Georgia) October 20, 2010 (Georgia) Fuller’s Earth (Clay) Operation.
Railroad Safety For the Fire Investigator and Firefighter.
Backing & Spotter Safety
Developing the Program Module 5.  Different aspects of the ITCP will be identified and developed during the various construction phases of a project.
Special Event Traffic Control Presented by Moraga Police Department.
Flagger Control Module 6 1 This training is provided under Susan B. Harwood No. SH F-8. It does not necessarily reflect the views or policies.
MNM Fatal Machinery Accident Machinery Accident February 12, 2011 (Florida) February 12, 2011 (Florida) Phosphate Operation Phosphate Operation.
lesson 5.3 DECIDE AND EXECUTE
Module 1.  Objectives - Provide information about worker rights under OSHA law - Learn how to file a complaint, and rights against discrimination and.
Driver Trainer Inservice1 AVOIDING BUS COLLISIONS.
1 Health Hazards. This material was produced under grant number SH F-54 from the Occupational Safety and Health Administration, U.S. Department.
4/1/20101 Contractor Management of Change: Implementation of Vehicle and Equipment Spotting Pre-Task Analysis Card Start Date: May 2010 Texas Operations.
Principles of “Internal Traffic Control” for Roadway Construction Module 2.
Walking and Working Surfaces
Safety for Workers on Foot Module 3. Safe Practices.
Decide and Execute Jones College Prep Driver Education.
Big Four Construction Hazards: Struck-by Hazards This material was produced under grant number 46F5-HT03 and modify under grants numbers SH F-72.
Productivity. PLANNING  The key concept behind Internal Traffic Control is PLANNING for worker safety.  ITCPs integrate other aspects of planning to.
Personal Safety at Incident Sites A Maintenance Viewpoint CALIFORNIA DEPARTMENT OF TRANSPORTATION.
Intersections.
© 2006 PSEN Unit - #4 Let’s Go Driving Identification Evaluation Control Monitor.
Construction Vehicle Access and Egress Module 4.  Access to- and egress from work zones presents significant challenges. Hazards are compounded when.
 Spotters are a proven method of protecting employees on foot behind vehicles with an obstructed view, but spotters themselves can be at risk for injury.
1 Electricity. This material was produced under grant number SH F-54 from the Occupational Safety and Health Administration, U.S. Department.
D5 Health and safety. Fleet Operator Recognition Scheme (FORS) FORS is important to our company because.
MNM Fatal Powered Haulage Accident Powered Haulage Accident September 15, 2009 (Arkansas) September 15, 2009 (Arkansas) Sand & Gravel Operation.
Disclaimer: As a committee of a national organization, the Safety, Health & Environmental Committee of NPCA must reference federal standards. However,
Nighttime Backing Hazards
Lifting & Rigging Continuing Education Fourth Quarter 2016
Shipyard Machinery and Power Tool Safety
MNM Fatal Powered Haulage Accident June 20, 2010 (Arizona)
MNM Fatal Powered Haulage July 23, 2014 (Florida)
Big Four Construction Hazards: Fall Hazards
Equipment Spotter Safety Continuing Education Fourth Quarter 2019
Presentation transcript:

Safety for Workers on Foot

Safe Practices

 Consider worker behavior when developing the ITCP. Determine locations where workers are likely to go and ensure safe routes to get there. Outdoor John WATER

 Consider common phone behavior: – Plugging the ear away from the phone – Looking to the ground so one can concentrate – Trying to block out busy, noisy environment  What hazards are created?

 Workers must be visible with regards to their location around equipment...

 Workers must be visible with regards to their high visibility clothing...

 Workers must be visible in a variety of conditions, especially during night work.

 Spotters should be used when backing is required near workers on foot.

Wait for a clear signal from the operator before approaching equipment.

 If you think the instructor is looking at you, raise your hand.

 Certain Operations Create High Risks – When the “ordinary” changes, incidents are more likely to occur – Trucks back more frequently – Workers on foot are closer to equipment – More equipment or vehicles are on-site, moving – Repairs bring more people and equipment near moving equipment

Change from the “Routine” Increases Risk

 Minimize movement of vehicles when workers on foot are performing change-over, repair or other tasks  Do not sacrifice safety procedures during such times.

Safe Practices

There are several key principles to safe backing in work zones:  Backing should be a controlled operation, used only when necessary and then under specified conditions;  There should be clear communication between the operator and workers on foot before backing begins;  Operators and workers should understand the blind areas around the equipment on site.

 There are key practices for each type of worker in the construction zone: – Operators should be certain of their surroundings and the location of workers, equipment and ground obstacles – Spotters should be designated and used when practical – All workers should be trained to avoid approaching or working near backing equipment

Operators:  Avoid backing up unless necessary  Walk around vehicle to check for hazards  Be aware of blind areas  Use a spotter whenever possible

 Spotters are recommended by ANSI and other agencies;  They are required by some states when camera/radar systems not used ;  Spotters can also be in danger from vehicles – who is spotting the spotter?  Spotters can help when you must work with your back to equipment or traffic;  If visual contact is lost with the spotter, stop immediately until the spotter is located.

 Spotters must ensure sure operators know they are present and where they will be standing;  Near-by workers must know the Spotter’s responsibili- ties and not approach equipment without permission.  There should only be ONE spotter to avoid confusion;  Spotters need to be trained in safe work procedures, including continuous communication and remaining visible to the operator at all times;  If spotters are not used, workers must communicate with the operator directly before approaching. Eye contact is not enough.

Practice Spotting Signals

 A key element of the Internal Traffic Control Plan is to develop a route plan vehicles will follow when entering, exiting, and traveling through the work space.  The route may be marked with temporary traffic control devices.  The plan must be communicated.

 Pathways should be marked when: – Deliveries of materials are completed by a variety of subcontractors/ independent drivers who are not familiar with the site and procedures; – Multiple operations occur in close proximity to each other; – Workers on foot are in the vicinity

 The primary concerns are: – Ensuring the drivers/operators know where they should- and should not go; – Ensuring workers know the areas to avoid; – Route planning occurs before vehicles arrive on site to separate operations.

 Worker Free Zones are locations from which workers on foot must stay clear. They include: – Blind areas around equipment – Equipment travel lanes and queue areas in paving trains – Moving equipment, including swing radius, pinch points and moving parts – Other hazardous areas, such as near power lines

= Worker-Free Zone Paver Lane 1 Lane 2 Breakdown Lane Worker Area Exit Enter Staging Area

Turn-around Staging Area Not to Scale Minnesota Face Program (MN9207)

Turn-around New Truck Last Truck Staging Area Not to Scale Minnesota Face Program (MN9207)

 The location where vehicles are staged and parked has a direct impact on safety as workers on foot move around the work area.

 Anticipate the locations and routes workers may take: – Provide safe location for workers to park vehicles and access work space – Mark crossing points where workers on foot can cross over construction vehicle paths and—only when absolutely necessary–open traffic lanes. – Ensure rest areas, toilets, water coolers, etc. are in a location allowing workers to safely access them without crossing vehicle paths.

 Plan locations and procedures for assigned workers to approach vehicles (such as taking load tickets and communicating delivery locations and procedures).

There are a variety of technologies—old and new—that have been developed to warn drivers and operators when workers on foot are near, including:  Alarms  Cameras  Radar  Sonar  Tag Systems

 Reduce nuisance alarms and false stops  Effective alarm presentation and context considerations  Operator interfaces and combined displays  Are systems overloading operators? Are they distractions?  Behavior changes in operators  Wearable sensors appropriate for tasks and environment.

End Module Two “This material was produced under the grant SH F-11 from the Occupational Safety and Health Administration, U.S. Department of Labor, and contract M from the National Institute for Occupational Safety and Health. It does not necessarily reflect the views or policies of the U.S. Department of Labor or U.S. Department of Health and Human Services, respectively, nor does mention of trade names, commercial products, or organizations imply endorsement by the U.S. Government.”