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Write a toolbox talk on Property damage, protecting finish work

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Property Damage Prevention and Protecting Finish Work During Construction Activities ====================================================================================

Date: 2026-05-31

Duration: \[DURATION] minutes

Presenter: \[PRESENTER NAME]

Location: \[LOCATION]

Objective

To reinforce practical steps that prevent property damage and protect finish work during construction activities by improving hazard awareness, material handling, housekeeping, access control, incident prevention, corrective actions, and compliance with site safety procedures and OSHA requirements.

Introduction

Property damage and damage to finish work are preventable losses that affect safety, schedule, quality, and cost. On active construction sites, unfinished surfaces, installed finishes, stored materials, tools, cords, and debris can all be damaged by poor housekeeping, careless material handling, uncontrolled access, and unplanned work sequencing. Good housekeeping is not just about cleanliness; it is a fundamental element for job site accident and fire prevention, and poor housekeeping can lead to production delays, property damage, and higher costs. [1] [3]

Presenter Note: Open by connecting quality, safety, and cost. Ask the crew where finish damage most often happens on this site and what conditions create the biggest risk.

Key Points

  • 1\. Protect finish work by planning the sequence of work: Finish protection starts before the task begins. Coordinate trades so high-risk work such as cutting, drilling, grinding, overhead work, and material deliveries does not occur near completed surfaces unless protection is in place. Plan access routes, laydown areas, and work zones so workers do not need to walk across or stage materials on finished floors, walls, ceilings, or fixtures. When work is sequenced properly, there is less rework, fewer incidents, and less chance of damaging installed materials. [3]

[12]

  • Confirm what areas are complete, protected, or off-limits before starting work.
  • Use barriers, covers, and designated routes to separate active work from finished areas.
  • Coordinate with other trades before moving tools, equipment, or materials into a protected area.
  • 2\. Keep materials organized, secured, and stored in designated areas: Loose materials, stacked items, and unsecured tools can fall, shift, scratch surfaces, or block access. Store materials only in designated areas and stack them so they will not topple or slide. Keep sharp, heavy, or awkward items away from finished surfaces and traffic paths. Remove unused materials promptly so they do not become a source of damage or a trip hazard. [3]

[3] [1]

  • Do not lean materials against finished walls, doors, glass, or trim.
  • Secure stacked materials to prevent tipping or sliding.
  • Remove scrap, packaging, and unused materials from the work area as work progresses.
  • 3\. Maintain housekeeping throughout the shift, not just at the end of the day: Finish work is often damaged by debris buildup, wet or dirty surfaces, and tools left in walkways. Clean as you go, keep floors dry and clear, and remove waste continuously. Good housekeeping reduces slips, trips, falls, and accidental contact with finished surfaces. It also helps prevent fire hazards by controlling combustibles, flammables, and oily rags. [2]

[3] [1]

  • Pick up debris, dust, and packaging throughout the day.
  • Keep floors, stairs, and walkways dry, clean, and clear.
  • Use covered containers for trash, oily rags, and other waste streams.
  • 4\. Control access to protected areas and keep walkways clear: Unauthorized traffic is a common cause of finish damage. Use barricades, signage, and controlled entry points to keep unnecessary foot traffic, carts, and equipment out of protected areas. Keep hoses, cords, and welding leads out of heavily traveled walkways, and never block exits, fire equipment, or first aid stations. Clear access protects both the work and the people moving through the site. [1]

[1] [3]

  • Install barriers or tape where finish work is curing, drying, or vulnerable to impact.
  • Route cords and hoses overhead or away from travel paths when possible.
  • Keep emergency exits and equipment accessible at all times.
  • 5\. Prevent damage by using the right handling methods and equipment: Many property damage incidents happen when workers rush, drag materials, or carry items without enough control. Use proper lifting techniques, carts, dollies, hoists, and team lifts when needed. Protect corners, edges, glass, fixtures, and finished surfaces during transport. If a load is too heavy, awkward, or unstable, stop and get the right equipment or assistance before moving it. [6]

[13]

  • Inspect the route before moving materials to identify pinch points and obstacles.
  • Use spotters when moving large or fragile items through tight spaces.
  • Protect finished surfaces with pads, covers, or temporary shielding when needed.
  • 6\. Report damage immediately and correct the condition before continuing work: Small damage can become a larger loss if it is ignored. If a finish surface is scratched, a barrier is missing, a spill occurs, or debris is creating a hazard, stop and report it right away. Corrective action may include cleaning, repairing, replacing protection, re-sequencing work, or notifying supervision so the issue can be documented and resolved. Prompt reporting protects quality and prevents repeat incidents. [3]

[12]

  • Do not cover up damage or assume someone else will report it.
  • Notify supervision when protection is missing or ineffective.
  • Verify the area is safe and restored before resuming work.

Hazard Identification

The most common hazards that lead to property damage and finish-work damage are usually simple conditions that build up over time. Recognizing them early helps prevent injuries, rework, and costly repairs.

  • Poor housekeeping and debris accumulation in work areas, walkways, stairs, and around tools or materials: Trips, slips, falls, damaged finishes, blocked access, fire load buildup, and costly rework or delays. [1]

[3]

(Risk: High)

  • Unsecured or improperly stacked materials, tools, and equipment: Falling objects, crushed or scratched finishes, struck-by injuries, blocked exits, and damaged installed work. [3]

[3]

(Risk: High)

  • Hoses, cords, and leads crossing travel paths: Trips, falls, pulled equipment, damaged surfaces, and interruption of work in protected areas. [1]

(Risk: Medium)

  • Unauthorized access to protected or finished areas: Foot traffic damage, contamination of finishes, accidental impact to walls, floors, fixtures, and repeated cleanup or repair. [3]

(Risk: High)

  • Improper handling of heavy, sharp, or awkward materials: Dropped materials, punctures, scratches, crushed toes or hands, and damage to finished surfaces during transport or installation. [6]

(Risk: High)

Presenter Note: Emphasize that property damage is often the result of ordinary tasks done without enough control. Ask the crew to name the top three damage risks in their current work area.

Control Measures

Use the hierarchy of controls to prevent damage before relying on cleanup or repair. The best protection is to eliminate unnecessary exposure by planning work away from finished areas, then use engineering controls such as barriers, covers, and designated storage areas. Administrative controls include sequencing, housekeeping standards, inspections, and access restrictions. PPE helps protect workers, but PPE alone does not prevent property damage; it supports safe work around fragile or hazardous conditions.

  • Plan work sequencing to separate damaging activities from finish work: Schedule cutting, drilling, grinding, deliveries, and heavy movement away from completed surfaces whenever possible. Coordinate with other trades before work begins. [3]
  • Use barriers, covers, and temporary protection for vulnerable surfaces: Install floor protection, corner guards, wall protection, and barricades before work starts in sensitive areas. Inspect protection daily and replace damaged materials immediately. [11]
  • Maintain continuous housekeeping during the shift: Clean as you go, remove scrap and packaging promptly, and keep floors, stairs, and walkways dry and clear. Do not wait until the end of the shift to clean up. [2]

[3]

  • Store materials and tools in designated, orderly locations: Keep materials away from edges, openings, and finished surfaces. Secure stacks so they cannot topple and remove unused materials from the work area. [1]

[3]

  • Control access to protected areas: Use signage, barricades, and controlled entry points to keep unnecessary traffic out of finish areas. Restrict carts, ladders, and equipment from entering protected zones unless approved. [3]
  • Inspect and correct hazards immediately: Perform regular inspections for spills, damage, missing barriers, loose materials, and blocked access. Stop work and correct the condition before continuing. [3]

Safe Work Procedures

  1. Before starting work, walk the area and identify finish surfaces, protected zones, access routes, and any items that could be damaged or create damage.
  2. Set up barriers, floor protection, and storage areas before tools and materials are brought into the work zone.
  3. Keep the work area clean throughout the shift by removing scrap, packaging, dust, and unused materials as they are generated.
  4. Move materials carefully using the right equipment and enough people to control the load without striking finished surfaces.
  5. Keep cords, hoses, and leads out of walkways and away from protected areas; reroute them overhead or along approved paths when needed.
  6. Report spills, damage, missing protection, or blocked access immediately and do not continue until the condition is corrected.

Presenter Note: Walk the crew through the actual site layout. Point out where finish protection is needed, where materials should be staged, and which routes are approved for travel.

Personal Protective Equipment (PPE) Requirements

  • Safety Glasses or Goggles: Wear impact-rated eye protection when cutting, drilling, grinding, sweeping, or handling materials that can create dust or flying particles. Choose the correct type for the hazard, and replace damaged eyewear immediately. Eye protection helps prevent injuries to workers while also reducing the chance of accidental contamination from debris during finish work. [10]

[4]

  • Use the correct lens or goggle type for dust, splash, or impact hazards.
  • Keep eyewear clean so visibility is not reduced.
  • Do not rely on regular prescription glasses unless they are rated for impact protection.
  • Hard Hat: Wear a properly fitted hard hat whenever there is a risk of overhead hazards, falling objects, or work occurring above protected areas. Keep the shell and suspension in good condition and wear the bill facing forward. Hard hats help protect workers from dropped tools and materials that can also damage finished surfaces below. [8]

[5]

  • Do not alter the shell or suspension.
  • Do not wear the hard hat backwards.
  • Keep the hard hat away from electrical wires.
  • Gloves Appropriate to the Task: Wear gloves that match the task when handling sharp, rough, or heavy materials. The right gloves help reduce cuts, punctures, and abrasions while improving control during material handling. Select gloves that provide enough dexterity to avoid dropping or damaging finish materials. [7]

[9]

  • Use cut-resistant gloves for sharp materials.
  • Use chemical-resistant gloves when handling hazardous substances.
  • Replace damaged gloves before continuing work.
  • Protective Footwear: Wear substantial protective footwear to reduce the risk of punctures, crushing injuries, slips, and contact with sharp debris. Good footwear also improves stability when moving materials through finished or partially finished areas. Keep footwear clean so dirt and debris are not tracked into protected spaces. [13]
  • Choose footwear with the right puncture, impact, or slip resistance for the task.
  • Inspect soles and uppers for damage before use.
  • Keep footwear appropriate for the site conditions.

PPE protects the worker, but it does not replace planning, barriers, housekeeping, or careful material handling. Inspect PPE before use, wear it correctly, and replace damaged items immediately so it continues to provide the intended protection.

Real-World Example or Case Study

A carpenter working on a second-story framing job left wood scraps, sawdust, tools, cords, and piles of material around the work area. When leaving for the day, she tripped over the clutter and fell down the stairwell, injuring her neck. The incident shows how poor housekeeping can quickly turn into a serious injury and property damage event. The same conditions that caused the fall also could have damaged nearby finish work, blocked access, and increased cleanup costs. The lesson is simple: keep work areas organized, remove waste continuously, and never leave materials where people walk or where finished work can be damaged. [1] [1] [1]

Presenter Note: Use this example to show that one small housekeeping failure can create both injury and property damage. Ask the group what could have been done differently before the end of the shift.

Group Discussion

Discuss the following questions:

  1. Where on this site is finish work most likely to be damaged, and what controls are currently in place to protect it?
  2. What materials, tools, or access routes in your work area could create damage if they are not controlled properly?
  3. What should you do immediately if you notice a spill, missing barrier, or damaged floor protection?

Presenter Note: Encourage workers to speak from current site conditions. Keep the discussion practical by focusing on real hazards, not just general rules.

Emergency Procedures

  1. Stop work immediately if a spill, falling object hazard, damaged protection, or blocked access could cause injury or property damage. Warn nearby workers and secure the area.
  2. Notify supervision right away so the hazard can be corrected, the area can be re-protected, and any damaged finish work can be documented and repaired.
  3. If someone is injured, follow site emergency procedures, provide first aid within your training, and keep emergency exits and equipment accessible for responders.

Questions and Answers

If you see a condition that could damage property or finish work, speak up immediately. Questions and early reporting prevent small issues from becoming expensive problems.

  • Q: Why is housekeeping important for property damage prevention?

A: Housekeeping keeps work areas organized, reduces trips and falls, prevents materials from being knocked over, and helps protect finished surfaces from scratches, spills, and impact damage. It also supports fire prevention and keeps access routes open. [1] [3]

  • Q: What should we do if finish protection is missing or damaged?

A: Stop the activity that could cause damage, notify supervision, and replace or repair the protection before continuing. Do not assume the area is safe just because the work is nearly complete. [3]

  • Q: How do we keep materials from damaging finished work?

A: Store materials in designated areas, secure stacks so they cannot topple, keep them away from edges and openings, and use proper handling equipment and routes so loads do not strike finished surfaces. [1] [3]

Summary

Recap of main points:

  • Plan the work so finish areas are protected before tools, materials, and crews enter the space.
  • Keep housekeeping active all day by removing debris, controlling waste, and keeping walkways clear.
  • Store and move materials carefully so they do not topple, scratch, puncture, or strike finished surfaces.
  • Use barriers, access control, inspections, and immediate corrective action to prevent repeat damage.

Action Items

Specific actions participants should take:

  1. Identify one finish area in your work zone that needs extra protection today and verify the protection is in place before starting.
  2. Remove scrap, packaging, cords, and unused materials from walkways and protected areas before the end of the shift.
  3. Report any damage, missing barriers, spills, or unsafe storage conditions immediately to supervision.
  4. Use the correct PPE and handling method for the task so you protect both yourself and the finished work around you.

Remember: Protect the finish, protect the schedule, protect the crew—clean, control, and communicate.

Report all hazards, near-misses, and incidents to your supervisor immediately.

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13 source record(s)

Sources used for this answer

[1] Toolbox Talk: Hand Protection

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# HAND PROTECTION (cont.) ## CONTACT HAZARDS Contact hazards include anything that causes cuts to the hand or fingers. These risks include sharp edges on tools, protruding nails, sharp edges, packaging, containers, and other materials. While most contact hazards focus on cutting or puncturing the hand or fingers, items that can cause burns, such as chemicals, electrical currents, or extreme temperatures, also fall into the category. ## PREVENTING HAND INJURIES According to the Bureau of Labor Statistics (BLS), 70% of workers who experienced hand injuries were not wearing gloves. Therefore, the first and most essential step in preventing hand injuries on construction sites is to use the right pair of gloves for your task. According to research by Industrial Safety & Hygiene News (ISHN), "using the right pair of gloves for the task will reduce hand injuries by more than 60%". Gloves should fit properly and be worn by the worker when required or necessary to see decreases in hand injuries. Gloves must also fit the task being performed (e.g., thermal-rated gloves for hot and cold, cut-rated gloves for handling sharp objects, chemical (e.g., Nitrile, Butyl, etc.} rated gloves for handling hazardous chemicals, etc.). ## SELECTING THE RIGHT GLOVES FOR THE TASK There are many factors to consider when choosing the right glove for a given task. For example, the amount of dexterity needed to perform a particular job must be weighed against the glove material recommended for the hazard(s) (e.g., cut, electrical, thermal, or chemical resistance} to protect your hands from an injury effectively. In some cases, mainly when working with delicate objects where fine dexterity is crucial, a bulky glove may become more hazardous in specific scenarios. Use the OSHA PPE Guide to select the appropriate glove for the task/hazards you will be exposed to. ## REFERENCES WAC [redacted identifier] WAC [redacted identifier] WAC 296-800-[redacted postal code] Centers for Disease Contro…

[2] Toolbox Talk: Roof Work and Warning Lines

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# ROOF WORK AND WARNING LINES (cont.) ## WARNING LINES (cont.) • Personal Fall Arrest 。 Guardrail - Safety Monitor • All workers must be trained. ## WHAT IS A PARAPET, AND WHEN IS ONE SUFFICIENT FOR FALL PROTECTION? A parapet wall is a low or dwarf wall built along the edge of the roof, terrace, walkway, balcony, etc. Parapet walls can be constructed using reinforced cement concrete, steel, aluminum, glass, etc. To function as adequate fall protection, parapet walls must be of sufficient strength and at least 39" high, or roof fall protection must be provided. ## HOLE COVERS A cover includes any rigid object overlaying openings in floors, roofs, and other walking and working surfaces. Covers must support at least twice the maximum anticipated load of workers, equipment, and materials. Covers should have a full-edge bearing on all four sides. Make sure covers are secure and color-coded, or mark them with the words "HOLE" or "COVER." ## RESOURCES WAC 296-880-[redacted postal code] Warning Line System Requirements WAC 296-880-[redacted postal code] Safety Monitor System Requirements Unified Fall Protection Basics for Construction Activities (wa.gov) Unified Safety Standards for Fall Protection Chapter 296-880 WAC OSHA's Fall Prevention Campaign | Occupational Safety and Health Administration National Safety Stand-Down to Prevent Falls in Construction F414-154-000 Unified Fall Protection Basics for Construction Activities (wa.gov)

[3] Toolbox Talk: Eye Protection

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## Remember This (cont.) Construction Toolbox Talk NIOSH CPWR 【● # Eye Protection - Make sure your safety eyewear has "Z87+" marked on the frame or a lens, indicating its impact resistance. - Wear the correct eye protection for the hazard present. - If small dust particles or chemicals get in your eye, use the eyewash station. Rinse with clean water for at least 15 to 20 minutes. Do not rub your eyes. - Get medical help for cuts, punctures, and objects in your eyes such as metal slivers or wood shavings. Do not wash out your eyes or try to remove the object yourself. GET INFORMATION CDC/NIOSH INFO: 1-800-CDC-INFO (1-[redacted phone]) | TTY: 1-[redacted phone] | cdc.gov/info | cdc.gov/niosh CPWR: Contact [redacted phone] | [redacted email] | www.cpwr.com/toolbox-talks DHHS (NIOSH) Publication No. 2022-136 | DOI: https://doi.org/10.[redacted postal code]/NIOSHPUB2022136 | August 2022

[4] Toolbox Talk: Head Protection

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# Head Protection (cont.) ## Remember This (cont.) CPWR TOOLBOX THE CENTER FOR CONSTRUCTION RESEARCH AND TRAINING TALK # Head Protection ✓ Correct Incorrect T * Never alter the hard hat shell or cushion-support suspension. - Always wear your hard hat with the bill facing forward. Certification by ANSI does not cover hard hats worn backwards. - Do not let your hard hat touch electrical wires. - Use only eye protection designed to work with hard hats. Be sure to follow the maker's instructions for use. ©2017, CPWR-The Center for Construction Research and Training. All rights reserved. CPWR is the research and training arm of NABTU. Production of this document was supported by cooperative agreement OH 009762 from the National Institute for Occupational Safety and Health (NIOSH). The contents are solely the responsibility of the authors and do not necessarily represent the official views of NIOSH. CPWR 【● THE CENTER FOR CONSTRUCTION RESEARCH AND TRAINING

[5] Toolbox Talk: Foot Protection

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# FOOT PROTECTION Date Posted: 04/24/2023 Protective footwear worn on construction sites is designed to protect your feet from physical hazards such as falling objects, punctures through the soles of the footwear, extremely hot or cold temperatures, slippery surfaces, corrosive chemicals, and general foot fatigue. In addition, foot fatigue can lead to other types of accidents. Specialized protective safety footwear is classified according to its ability to meet minimum compression and impact test requirements. These requirements and testing procedures are found in the American National Standards Institute (ANSI) standards and the American Society for Testing and Materials (ASTM). ## WHEN DO YOU NEED TO WEAR FOOT PROTECTION IN CONSTRUCTION? According to WAC [redacted identifier], "Substantial footwear, made of leather or other equally firm material, must be worn by employees in any occupation in which there is a danger of injury to the feet through falling or moving objects, or from burning, scalding, cutting, penetration, or like hazard." Below is an overview of the potential hazards that commonly require the use of foot protection: • Heavy materials cut with a saw, shear, or cutting torch can fall and strike your foot. • Handling heavy tools or building materials easily dropped or knocked over by a worker, such as when working with or around bricks, blocks, steel components, and other similar building materials, can fall and strike your foot. • Rolling objects such as heavy pipes, metal parts, and mobile equipment such as wheeled carts, forklifts, and mobile elevated work platforms (MEWP) can roll over or onto your foot, causing injury. • Sharp objects on walking surfaces, such as nails, sharp rebar, shards of broken glass, or sharp pieces of metal, can pierce the soles or side of your shoe or boot. • Toxic chemicals that could saturate your footwear can be absorbed through your skin. • Working around energized electrical lines and equipment and exposin…

[6] Toolbox Talk: Housekeeping

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# HOUSEKEEPING Last Review: 08/01/2025 Date Posted: 05/13/2025 # Housekeeping Maintaining a clean and tidy work area is a crucial practice on construction sites. Every individual working on the job site plays an essential role in ensuring good housekeeping. It refers to a workplace that is free from hazards and is organized and clutter-free. Good housekeeping is an integral part of daily work activities and plays a vital role in ensuring a safe working environment. All employees at all levels are responsible for maintaining good housekeeping standards, and it is an ongoing process that everyone must contribute to. ## HAZARDS OF POOR HOUSEKEEPING According to the Division of Occupational Safety and Health (DOSH), poor housekeeping is a leading cause of workplace accidents and injuries. A construction site with poor housekeeping can pose several hazards and risks to workers. When tools and materials are left lying around, it can create tripping hazards that can cause slips, trips, and falls. Clutter and debris can also obstruct walkways, causing workers to bump into objects, resulting in cuts, bruises, and other injuries. Good job site housekeeping is not just about cleanliness; it is a fundamental element for job site accident and fire prevention. It requires attention to detail, such as job site layout, internal job site travel routes, identification of potential hazards, and ensuring adequate storage areas and waste disposal areas. Poor housekeeping be a cause of accidents, such as: the can • Tripping over loose objects on floors, stairs, and platforms. - Being struck by falling objects. - Slipping on wet, oily, or dirty surfaces. - Striking against projecting, poorly stacked items, or misplaced materials. - Cutting, puncturing, or tearing the skin of hands or other parts of the body on projecting nails, wire, or steel strapping. ## HAZARD PREVENTION To avoid workplace hazards, maintain good housekeeping practices throughout the workday. Regular…

[7] Toolbox Talk: Head Protection

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CPWR TOOLBOX THE CENTER FOR CONSTRUCTION RESEARCH AND TRAINING TALK # Head Protection The hard hat is one of the most widely used and important pieces of personal protective equipment (PPE) on the job. Hard hats protect workers from head injuries due to falling objects and overhead hazards. ## Bob's Story Bob and his crew were putting a new roof on a house. During his lunch break, Bob was on the ground eating a sandwich. A worker on the roof dropped his hammer. The falling hammer struck Bob's hard hat. Although Bob had some pain and discomfort, he did not need hospitalization. - Have you or someone you know ever had their hard hat prevent an injury? If so, what happened? - How could this incident have been prevented? ## Remember This ➤ On a jobsite, always wear a hard hat that fits properly. ➤ Always wear your hard hat with the bill facing forward. Certification by ANSI does not cover hard hats worn backwards. ➤ Always avoid contact between the hard hat and electric wires. ➤ Always keep the space between the shell and the head clear. For example, don't wear a ball cap or other object under your hard hat. Never alter its shell or suspension, because that could drastically reduce the protection it gives. ➤ Never use a cushion-support suspension that is intended for use with a different hard hat shell or that is made by a different manufacturer. ➤ If you wear eye protection, use a kind designed to work with hard hats. Be sure to follow the maker's instructions for use. How can we stay safe today? What will we do at the worksite to promote hard hat use and prevent head injuries? - 1. - 2. OSHA Regulation: 1926.100 ©2017, CPWR-The Center for Construction Research and Training. All rights reserved. CPWR is the research and training arm of NABTU. Production of this document was supported by cooperative agreement OH 009762 from the National Institute for Occupational Safety and Health (NIOSH). The contents are solely the responsibility of the authors an…

[8] Toolbox Talk: Housekeeping

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CPWR TOOLBOX THE CENTER FOR CONSTRUCTION RESEARCH AND TRAINING TALK # Housekeeping Housekeeping refers to making sure materials are in good condition and keeping the areas we work in and walk in clean, orderly, sanitary, and dry. Bad housekeeping is dangerous at any time. It can lead to production delays, property damage, and higher costs. ## Sharon's Story Sharon, a carpenter, was doing framing for a custom-sized space on the second story of a house. A lot of wood pieces, scraps, and sawdust had accumulated around the sawhorses, power tools, cords, and piles of materials. When leaving for the day, she tripped over some of the items on the floor and fell down the stairwell, injuring her neck. - What could have been done to prevent this incident? - Does your worksite have a lot of lumber, debris, or flammable materials lying around? - How often are materials organized and placed where they belong? ## Remember This - Keep floors dry, clean, and clear of waste. - Keep workplaces well-lighted. - Keep hoses, power cords, and welding leads out of heavily travelled walkways or areas. - Keep materials away from openings, roof edges, excavations, and trenches. - Keep all work areas, walkways, and stairs in and around buildings or other structures clear. - Don't allow materials or garbage to build up. Remove unused materials. - Don't block emergency exits, fire equipment, or first aid stations. ➤ Don't store chemicals and gases near heat sources or electrical equipment. - Place, stack, or store materials and equipment where they will not cause injury to workers. - Provide separate, covered containers for collecting different wastes, such as trash, oily rags, dry rags, and flammable or hazardous materials (acids, harsh or harmful dusts, etc.). How can we stay safe today? What will we do at the worksite to promote housekeeping? 1. 2. OSHA Regulation: 1926.25 ©2017, CPWR-The Center for Construction Research and Training. All rights reserved. CPWR …

[9] Toolbox Talk: Eye Protection

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V Construction Eye Protection Toolbox Talk NIOSH CPWR ● Eye injuries from dust and particles, welding light, and chemicals are common on jobsites. Often these injuries occur because workers are wearing the wrong eye protection or none at all. Although some eye injuries are minor, even a simple scratch from wood, cement, or drywall dust can cause lasting pain. Metal slivers from a grinding wheel or rebounding nails from routine hammering and carpentry can puncture the eye and lead to vision loss. Welding light can cause "welders' flash" that burns eyes and surrounding tissue. Nearby workers and bystanders are also at risk. Work-related eye injuries can have life-long consequences. ## William's Story William was hand-grinding a small section of a cement floor. He had not been provided with safety glasses. William was finishing up the job when he felt a sharp pain in his right eye. - What caused this incident? - How could this have been prevented? *Have you ever suffered a work-related eye injury, or do you know someone who has? If so, what happened? ## How can we stay safe today? What will we do at the worksite to prevent eye injuries? ## Remember This • Identify eye hazards before you start work. - Always wear the correct eye protection for those hazards. • Wear safety glasses marked with "Z87+" on the frame or lenses, as an indicator of impact protection. • Use vented goggles for dust, such as cement dust, and non-vented goggles for chemicals. • Use face shields with safety glasses or goggles for protection from flying objects or chemical splashes. • When welding, use a welding helmet or goggles with the correct lens shade for the job (shade 10-14 for arc welding; 4-8 for gas welding; and 3-6 for torch brazing). Helpers and bystanders also need UV protection. • Take care of your eye protection and replace it when damaged. • Do not rub your eyes if injured by small particles such as wood, cement or drywall dust, or chemicals. Use the eyewash st…

[10] Toolbox Talk: Hand Protection

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# HAND PROTECTION חי Leather Gloves Cryogenic Gloves Cut Resistant Rubber Coated Nitrile Gloves Weldi Gloves Fabric Gloves Date Posted: 04/24/2023 Protecting your hands is vital for your work and quality of life. Work-related hand injuries are one of the leading reasons workers end up in the emergency room and miss work. According to the Centers for Disease Control (CDC), over 1 million workers are treated in the emergency room due to hand injuries. Damage to the nerves in your fingers and hands, loss of a finger, skin burns, or allergic reaction can negatively impact the quality of your work and your productivity - or worse - end your career and seriously detract from your quality of life. These types of injuries are preventable! ## COMMON TYPES OF HAND INJURIES IN CONSTRUCTION Many hazards on construction sites can result in a hand injury, including: ## CUTS AND LACERATIONS This is the most common hand injury in the workplace (63%). Minor injuries of this type can include small scratches or skin surface cuts, which can be easily treated with minor first aid. However, if nerves or tendons are severed, the injury can prove much more severe and have permanent consequences. The best way to protect yourself from a laceration & cut is to wear a cut-resistant glove with the proper cut-level protection when working with sharp objects, tools, or machinery. ## STRAINS / SPRAINS AND OTHER MUSCULOSKELETAL INJURIES It may seem counter-intuitive, but many hand injuries involve your feet. Employees who slip on surfaces or trip over obstacles often land with significant force on their hands, causing wrist and hand injuries. Repetitive motion can also lead to problems such as musculoskeletal disorders (MSD). ## FRACTURES, AMPUTATIONS, AND CRUSH INJURIES When blunt trauma occurs, it is often around moving equipment and machinery. Due to the force and weight usually involved, the consequences of these injuries can be severe, including substantial bruising, broken bones, a…

[11] Toolbox Talk: Construction Material Salvage

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# CONSTRUCTION MATERIAL SALVAGE Date Posted: 09/20/2016 Construction Material Salvage typically requires the deconstruction of a building in a way that preserves building materials for future reuse. The salvage of lumber, bricks, steel, windows, stone, floor coverings, ornamental items, etc. are common, if in good condition, for the reuse in new structures. It is becoming more necessary as virgin materials are more expensive. The reuse of salvaged materials also reduces unnecessary landfilling. ## POTENTIAL DANGERS TO CONSIDE - Respiratory - dirt, dust, mold, and mildew accumulated in old buildings can be an irritant to the lungs of construction workers, using dust masks or respirators is important. If gas powered equipment is being used inside the spaces, use equipment exhaust scrubbers with plenty of fresh air ventilation to all enclosed spaces where workers are present. • Overhead hazards & sharp objects - When deconstruction is occurring there are a wide range of hazards to look out for overhead, below, and all around. Sharp objects can result from the deconstruction process along with quickly changing conditions resulting in changes to the buildings structural integrity. Proceed with caution, look around, be sure there is a clear understanding of where co-workers are located at all times. • Other potential hazards - Even when phase II environmental site assessments have taken place there can periodically be new signs of lead-based paint and/or asbestos that shows up in the layers of old construction. If there are any signs of old insulation, black mastic, 9x9" VCT floor tiles, etc. that look suspicious, ask for a supervisor to look before continuing work. Material Handling - The primary hazards of concern are heavy lifting, overexertion, and sharp objects that could cut, or puncture construction workers if not safely removed and cleaned prior to handling. Scheduling - Be sure clear and concise planning is being implemented and communicated in a way th…

[12] Toolbox Talk: Construction Pollution Prevention

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# CONSTRUCTION POLLUTION PREVENTION Date Posted: 09/20/2016 Construction Activity Pollution Prevention requires a lot of coordination and onsite management lending itself to potential overlap and collaboration opportunities between sustainability and safety. There are a number of parallels between safety supervision and construction activity pollution prevention that can make a jobsite and the surrounding community safer. The following are a few examples: - Jobsite safety walks for exterior construction activities • Trip and fall protection during exterior groundwork and construction • Prevention of exposure to chemicals from leaks/spills • Dust control to keep particulates out of airways • Air quality associated with equipment emissions • Erosion and sedimentation control ## NOISE EXPOSURE The employer must have an annual training program for workers exposed to noise at or above an eight-hour time-weighted average of 85 decibels and follow standards. PPE PPE STANDARDS SITE CLEARING ## QUESTIONS FOR DISCUSSION Why is this important? • Which trades require participation? How long is it in effect? • What equipment & materials are involved? How is it communicated & monitored? • How is it measured & reported? ## PRESENTER TIPS • Pre-read the Toolbox Talk. Your comfort level and confidence will be higher if you know your topic. Discuss related tasks, work areas or events that make the Toolbox Talk relevant to your job site. • Involve the workers by asking questions and input that drives discussion.

[13] Toolbox Talk: Housekeeping

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# Housekeeping (cont.) ## Remember This (cont.) CPWR TOOLBOX RESEARCH AND TRAINING THE CENTER FOR CONSTRUCTION TALK # Housekeeping - Keep all work areas, walkways, and stairs dry, clean, and clear of waste. Keep hoses, power cords, and welding leads out of heavily traveled walkways or areas. - Don't allow materials or garbage to build up. Remove unused materials. Continually clear out garbage and other wastes. ©2017, CPWR-The Center for Construction Research and Training. All rights reserved. CPWR is the research and training arm of NABTU. Production of this document was supported by cooperative agreement OH 009762 from the National Institute for Occupational Safety and Health (NIOSH). The contents are solely the responsibility of the authors and do not necessarily represent the official views of NIOSH. CPWR【O THE CENTER FOR CONSTRUCTION RESEARCH AND TRAINING

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