This document provides a summary of key elements for establishing an effective workplace safety program, including:
1. Safety meetings are intended to discuss important safety and health information needed to prevent occupational injuries and illnesses. Meetings should involve supervisors and employees.
2. Accident investigations are fact-finding procedures used to identify causes of incidents in order to prevent recurrences. All injuries, no matter how minor, should be investigated.
3. When designing or modifying equipment, safety considerations are important from the earliest stages to avoid costly retrofits. New equipment must comply with regulations and incorporate necessary safeguards.
Process Safety is a Leadership Issue -Sonya Lee Sept 2012Sonya Lee
1. The document discusses process safety and how it is an industry leadership issue. It notes that process safety is difficult to understand, measure, and manage due to a lack of consensus on what it constitutes.
2. Several major accidents in the marine and offshore drilling industries are reviewed that were caused by process safety failures and were preventable. The document argues companies focus too much on personnel safety over process safety.
3. It provides lessons learned that companies are measuring the wrong things, using the wrong tools focused on lagging indicators, and looking in the wrong direction not focused on prevention. Process safety requires a disciplined framework applying good design, engineering, operations, and maintenance practices.
This document is a presentation by Hansjürgen Labudde on process safety and risk management. It discusses DuPont's approach, which involves establishing a strong safety culture, management leadership and commitment, implementing a comprehensive safety program, and achieving operating excellence. It covers topics like process hazards analysis, management of change, incident investigation, and the importance of technology, facilities, and personnel to process safety. Several major industrial accidents are also examined to illustrate the importance of these issues.
IRJET- Factors that Influence Safety Performance & Strategies for Promoti...IRJET Journal
This document discusses factors that influence safety performance and strategies to promote safety culture in power plants. It analyzes safety data from a combined cycle power plant from 2012-2017. The number of contract employees, near miss reports, safety activities, and man hours worked directly impacted safety performance. Near miss reporting helped identify issues and prevent accidents. Promoting safety awareness through training and activities improved the organization's safety culture and performance over time. The lowest injury and lost time rates in 2016-2017 showed the effectiveness of new safety programs and mechanisms implemented at the plant.
This document provides an overview of Gasco's Ensure Safe Production (ESP) program. It includes:
- An introduction and leadership message supporting ESP.
- Background on ESP and why it's important for process safety.
- Descriptions of the roles and relevance of ESP for different job functions.
- Gasco's ESP methodology and how it ensures operations stay within defined limits.
- Examples of incidents that highlight the importance of different ESP components like abnormal situation management and proactive monitoring.
A Human-Centric Approach to Oil & Gas Industry SafetyCognizant
Wearables and other digital hardware can help minimize safety incidents. Monitoring biometrics and alerting workers before they become dangerously mentally or physically fatigued mitigates tiredness as a significant contributing factor in workplace accidents. Applying big data techniques to human behavior enables causal analysis to find the root causes of accidents.
The effectiveness of safety mgt system in caterpillerkavitamil
This document provides an introduction and overview of a study on the safety measures provided to employees at Caterpillar. It discusses the need and importance of studying workplace safety, as well as the objectives, scope, and limitations of this safety study. The introduction defines key safety terms and outlines the chapters that will be covered, including introductions to safety programs and hazards, walking surfaces, prevention plans, and personal protective equipment. It also provides a brief company profile of Caterpillar.
This document provides an overview of employer responsibilities under the Occupational Safety and Health Act of 1970. It discusses that employers must provide a workplace free of recognized hazards, examine conditions to ensure compliance with OSHA standards, and minimize or reduce hazards. Employers must also ensure employees have safe tools and equipment, provide necessary training and education, and report fatalities or catastrophes to OSHA. Supervisors play a key role in fulfilling these responsibilities as they work most directly with employees.
This document discusses safety auditing and provides guidance on how to conduct effective safety audits. It outlines the objectives and principles of advanced safety auditing, including using all the senses to observe employees, having open communication, and making agreements to correct any unsafe behaviors. It also describes the audit process, categories to observe, and techniques for interventions, coaching, and reinforcing safe performance. The overall aim is to promote a safety culture in the workplace.
Process Safety is a Leadership Issue -Sonya Lee Sept 2012Sonya Lee
1. The document discusses process safety and how it is an industry leadership issue. It notes that process safety is difficult to understand, measure, and manage due to a lack of consensus on what it constitutes.
2. Several major accidents in the marine and offshore drilling industries are reviewed that were caused by process safety failures and were preventable. The document argues companies focus too much on personnel safety over process safety.
3. It provides lessons learned that companies are measuring the wrong things, using the wrong tools focused on lagging indicators, and looking in the wrong direction not focused on prevention. Process safety requires a disciplined framework applying good design, engineering, operations, and maintenance practices.
This document is a presentation by Hansjürgen Labudde on process safety and risk management. It discusses DuPont's approach, which involves establishing a strong safety culture, management leadership and commitment, implementing a comprehensive safety program, and achieving operating excellence. It covers topics like process hazards analysis, management of change, incident investigation, and the importance of technology, facilities, and personnel to process safety. Several major industrial accidents are also examined to illustrate the importance of these issues.
IRJET- Factors that Influence Safety Performance & Strategies for Promoti...IRJET Journal
This document discusses factors that influence safety performance and strategies to promote safety culture in power plants. It analyzes safety data from a combined cycle power plant from 2012-2017. The number of contract employees, near miss reports, safety activities, and man hours worked directly impacted safety performance. Near miss reporting helped identify issues and prevent accidents. Promoting safety awareness through training and activities improved the organization's safety culture and performance over time. The lowest injury and lost time rates in 2016-2017 showed the effectiveness of new safety programs and mechanisms implemented at the plant.
This document provides an overview of Gasco's Ensure Safe Production (ESP) program. It includes:
- An introduction and leadership message supporting ESP.
- Background on ESP and why it's important for process safety.
- Descriptions of the roles and relevance of ESP for different job functions.
- Gasco's ESP methodology and how it ensures operations stay within defined limits.
- Examples of incidents that highlight the importance of different ESP components like abnormal situation management and proactive monitoring.
A Human-Centric Approach to Oil & Gas Industry SafetyCognizant
Wearables and other digital hardware can help minimize safety incidents. Monitoring biometrics and alerting workers before they become dangerously mentally or physically fatigued mitigates tiredness as a significant contributing factor in workplace accidents. Applying big data techniques to human behavior enables causal analysis to find the root causes of accidents.
The effectiveness of safety mgt system in caterpillerkavitamil
This document provides an introduction and overview of a study on the safety measures provided to employees at Caterpillar. It discusses the need and importance of studying workplace safety, as well as the objectives, scope, and limitations of this safety study. The introduction defines key safety terms and outlines the chapters that will be covered, including introductions to safety programs and hazards, walking surfaces, prevention plans, and personal protective equipment. It also provides a brief company profile of Caterpillar.
This document provides an overview of employer responsibilities under the Occupational Safety and Health Act of 1970. It discusses that employers must provide a workplace free of recognized hazards, examine conditions to ensure compliance with OSHA standards, and minimize or reduce hazards. Employers must also ensure employees have safe tools and equipment, provide necessary training and education, and report fatalities or catastrophes to OSHA. Supervisors play a key role in fulfilling these responsibilities as they work most directly with employees.
This document discusses safety auditing and provides guidance on how to conduct effective safety audits. It outlines the objectives and principles of advanced safety auditing, including using all the senses to observe employees, having open communication, and making agreements to correct any unsafe behaviors. It also describes the audit process, categories to observe, and techniques for interventions, coaching, and reinforcing safe performance. The overall aim is to promote a safety culture in the workplace.
This document provides an introduction and overview of occupational safety and health management. It outlines the following key points:
- The training objectives are to understand safety management systems, communication channels, workplace hazards, hazard identification and control, incident investigation, and implications of ignoring safety rules.
- Workplace hazards fall under 5 categories and can be identified through walkaround inspections and job hazard analysis. The hierarchy of controls should be followed to control hazards.
- Management must be committed to safety and develop plans, programs, policies, procedures and processes. Ignoring safety can result in injuries, death, fines and lost productivity. Effective communication and incident investigations are also important.
This document discusses behavior-based safety (BBS) and summarizes a survey on BBS management. The key points are:
1. BBS focuses on identifying and modifying critical safety behaviors to reduce unsafe behaviors and workplace injuries. It seeks to change mindsets and habits so risky behaviors are not performed.
2. A survey of 25 people on BBS management found that 90% felt management supported health and safety. Safety audits and meetings occurred regularly and incidents were reported. However, 20% felt cleanliness could improve.
3. Recommendations to initiate a BBS program include communicating the approach, empowering employees, training safety coaches, focusing observations, and rewarding safe behaviors to improve safety culture
The document provides guidance on implementing secure architectures for industrial control systems such as process control and SCADA systems. It advises understanding the business risks fully through risk assessment before selecting and implementing security measures. The risk assessment identifies the most critical vulnerabilities to address. Then a risk reduction workshop should be held to agree on target security architecture and an implementation plan for security improvements.
Industrial safety is primarily a management activity focused on reducing, controlling, and eliminating hazards in industries and factories. It is defined as policies and protections to ensure worker safety from injuries. The four E's of safety are engineering safe design and equipment, education of employees, enlisting positive attitudes from employees and management, and providing encouragement to follow safe rules and practices.
This document discusses engineering controls for workplace safety. It defines engineering controls as methods that eliminate or reduce exposure to hazards through eliminating hazardous materials/processes, substituting less hazardous ones, segregating people from hazards, improving ventilation, and repairing faulty equipment. Engineering controls are reliable, but their effectiveness must be monitored by evaluating if the risk is contained and any new hazards controlled. Administrative controls like training and signage can support engineering controls.
The document discusses health, safety, and environment (HSE) management systems and safety culture. It defines safety culture as "the way we do our work in order to prevent injuries from occurring" and notes that elements of a strong safety culture include behavior-based safety, safety-in-design, standard operating practices, safety best practices, and safety management systems. It provides examples of safety practices in offices, with computers, chairs, and desks and also discusses slips, trips, and falls as well as fire/emergency response, conveniences, and vehicle/road safety. It emphasizes that individuals are responsible for their own safety.
The document discusses personal health and safety responsibilities in construction. It lists responsibilities such as working safely, wearing proper protective equipment like goggles and steel toe boots, keeping work areas tidy, and being respectful of others. It also discusses regulations, roles, and responsibilities related to health and safety, including common regulations, employer responsibilities, and employee responsibilities.
Module-I (12 Hours)
Development of safety movement: - Need for safety-safety and productivity-planning for safetyplanning
procedure-safety policy-formulation of safety policy-safety budget-role and
qualification of safety professional-safety committees-need, types and functions of committeessafety
organizations.
Module II (12 Hours)
Accident prevention: - Basic philosophy of accident prevention-nature and causes of accidentsaccident
proneness-cost of accidents-accident prevention methods-Domino theory-safety
education and training-training methods-motivation and communicating safety-personal
protective equipments.
Module III (12 Hours)
Safety management techniques: - Safety inspection-Safety sampling technique-Safety audit-
Safety survey-Incident recall technique-Job safety analysis-Damage control-Risk management.
Involvement in safety: - Role of management-role of supervisors-role of workmen- role of
unions-role of government
Module IV (12 Hours)
Occupational health and hygiene: - Functional units and activities of occupational health and
hygiene-types of industrial hazards-physical, chemical, mechanical, electrical, social, biological,
ergonomic and environmental hazards-factors impeding safety-house keeping-hearing
conservation programme
Module V (12 Hours)
Industrial fire protection: - Fire chemistry-classification of fires-fire prevention activities-fire
risks-fire load -contributing factors to industrial fires-fire detection-industrial fire protection
systems.
The document discusses improving health and safety in the Bangladeshi construction industry. It outlines several key issues: construction accidents are common in Bangladesh due to lax safety regulations and enforcement; existing health and safety laws are not well implemented; and improving safety practices could reduce accidents and benefit contractors through lower costs. The document then provides definitions of safety terms and describes various hazards, accidents, protective equipment, and permit systems that could be implemented on construction sites to enhance worker well-being.
The document discusses various aspects of industrial safety including:
1. The development of the safety movement in India and objectives of industrial safety such as preventing accidents and injuries.
2. Key elements of safety planning like hazard identification, developing safety procedures, and emergency response.
3. The importance of formulating a clear safety policy and budget to support safety programs and training.
4. The roles and qualifications required of safety professionals to lead safety efforts in an organization.
SESSION : 1 Health & Safety Management : An overview
What is Industrial Safety?
Why Manage Health & Safety – 3 Good Reasons
Cost and Consequences of Accidents – Video
Accident Causation theory
Common cause of accidents in construction
How Manage Health & Safety – HSG (65) Model
4 C’s for Positive Health & Safety Culture
Proactive & Reactive Monitoring
Principle of Control in H&S
Hazards & Risk Management
Safe System of work, PTW
Hierarchy of Control – Video
Principle of Accident prevention
MEEP – Material, Equipment, Environment & People
IITS - Information, Instruction , Training and Supervisions
1) The construction industry has one of the highest rates of work-related injuries, though numbers have fallen in recent decades due to improved safety standards. Project managers are legally responsible for ensuring workplace health and safety compliance.
2) A comprehensive health and safety program includes policies, objectives, training, inspections, incident reporting, emergency procedures and medical support. It also requires management and employee participation through joint safety committees.
3) A case study from Singapore described a fatal scaffolding accident caused by permit to work failures, lack of safety equipment and supervision. Proper training, safe equipment, safety programs and inspections could have prevented it.
Cause of accident and prevention in construction industryYASMINE HASLAN
The document discusses causes of accidents in the construction industry and methods for prevention. It identifies the primary causes of accidents as unsafe acts and unsafe conditions. Unsafe acts include operating equipment without authority, disregarding safety procedures, and failure to use personal protective equipment. Unsafe conditions include wet/slippery floors and unguarded machinery. Accident prevention methods discussed include establishing safety policies and regulations, conducting safety trainings, ensuring the use of protective equipment, maintaining safe housekeeping practices, and having emergency response procedures and first aid resources. The document concludes that implementing effective safety measures can significantly reduce accident rates at construction sites.
This document provides an overview and introduction to the Canadian Society for Chemical Engineering's Process Safety Management (PSM) Standard. It describes the 12 elements of PSM, which are intended to work in conjunction with traditional occupational health and safety programs. The elements include accountability and goals, process knowledge, risk management, management of change, incident investigation, audits, and enhancement of process safety knowledge. The document also includes a site self-assessment tool to help facilities evaluate their implementation of PSM.
This document contains an examination paper for the NEBOSH International General Certificate in Occupational Health and Safety. The paper has two sections, with Section 1 containing one question to be spent around half an hour on. Section 2 contains ten questions to be spent around one and a half hours on. The questions cover topics such as confined spaces, risk assessments, health and safety policies, duties of various parties, accident costs, incident definitions, training, and safe systems of work. Candidates are instructed to answer all questions, showing their working and using diagrams where appropriate. They must return the paper to the invigilator after completing the exam.
Industrial accidents are caused by failures in industrial processes and equipment that can lead to injuries or damage. A key way to prevent accidents is through implementing a strong safety management system with 14 elements like safety policies, training, inspections, emergency preparedness, and safety committees. New technologies can also improve safety, like computer numeric controlled lathes that reduce mechanical hazards. Personal protective equipment, safe site layouts, and following safety rules are essential for worker protection in industrial settings. Engineers play an important role in industrial safety by setting safety standards and designing guards and protective equipment.
This document discusses the importance of safety culture in industrial workplaces. It provides examples of how organizational commitment to safety, training, leadership, communication, and worker engagement can develop a strong culture that makes safety the top priority. The document also summarizes two case studies that assessed safety culture - the 2012 London Olympics construction projects which measured safety climate, and a Las Vegas construction project where a survey found priorities of productivity over safety and lack of management commitment. It concludes that cultivating a sustained safety culture is key to industrial safety.
Overall Safety of plants and Personals, it's really important to know about the safety precautions before you start to do any thing in the operation side. Particularly in the Process Industries or where there lot of reasons of risk.
The safety, health, and well-being of the workforce must be a high priority in any company’s daily operations. U.S. companies spend $170 billion a year on costs associated with injuries and illnesses sustained on the job, including more than $40 billion a year in worker’s compensation benefits. DCR Workforce helps to reduce these costs by incorporating robust workforce safety protection programs into each of our clients’ contingent workforce management solutions.
This document outlines the responsibilities and roles of different team members in a construction company regarding health and safety. It defines the roles of the Managing Director, who is responsible for overall health and safety arrangements, and the Director Responsible for Health and Safety, who is accountable to the Managing Director. It also outlines some of the key responsibilities of each role, such as ensuring policies and legal requirements are met and communicated. The document emphasizes the importance of effective communication and an overall company policy to make all employees aware of their individual health and safety responsibilities.
This document provides information about workplace safety and health for electrical trades workers. It contains instructions for ordering additional documents from the National Institute for Occupational Safety and Health (NIOSH) via phone, fax, email or their website. The manual was developed by NIOSH to educate secondary and post-secondary electrical trades students on recognizing, evaluating and controlling electrical hazards using a safety model approach. It covers topics such as electrical shock and burns, electrical hazards, and safe work practices.
This document provides an introduction and overview of occupational safety and health management. It outlines the following key points:
- The training objectives are to understand safety management systems, communication channels, workplace hazards, hazard identification and control, incident investigation, and implications of ignoring safety rules.
- Workplace hazards fall under 5 categories and can be identified through walkaround inspections and job hazard analysis. The hierarchy of controls should be followed to control hazards.
- Management must be committed to safety and develop plans, programs, policies, procedures and processes. Ignoring safety can result in injuries, death, fines and lost productivity. Effective communication and incident investigations are also important.
This document discusses behavior-based safety (BBS) and summarizes a survey on BBS management. The key points are:
1. BBS focuses on identifying and modifying critical safety behaviors to reduce unsafe behaviors and workplace injuries. It seeks to change mindsets and habits so risky behaviors are not performed.
2. A survey of 25 people on BBS management found that 90% felt management supported health and safety. Safety audits and meetings occurred regularly and incidents were reported. However, 20% felt cleanliness could improve.
3. Recommendations to initiate a BBS program include communicating the approach, empowering employees, training safety coaches, focusing observations, and rewarding safe behaviors to improve safety culture
The document provides guidance on implementing secure architectures for industrial control systems such as process control and SCADA systems. It advises understanding the business risks fully through risk assessment before selecting and implementing security measures. The risk assessment identifies the most critical vulnerabilities to address. Then a risk reduction workshop should be held to agree on target security architecture and an implementation plan for security improvements.
Industrial safety is primarily a management activity focused on reducing, controlling, and eliminating hazards in industries and factories. It is defined as policies and protections to ensure worker safety from injuries. The four E's of safety are engineering safe design and equipment, education of employees, enlisting positive attitudes from employees and management, and providing encouragement to follow safe rules and practices.
This document discusses engineering controls for workplace safety. It defines engineering controls as methods that eliminate or reduce exposure to hazards through eliminating hazardous materials/processes, substituting less hazardous ones, segregating people from hazards, improving ventilation, and repairing faulty equipment. Engineering controls are reliable, but their effectiveness must be monitored by evaluating if the risk is contained and any new hazards controlled. Administrative controls like training and signage can support engineering controls.
The document discusses health, safety, and environment (HSE) management systems and safety culture. It defines safety culture as "the way we do our work in order to prevent injuries from occurring" and notes that elements of a strong safety culture include behavior-based safety, safety-in-design, standard operating practices, safety best practices, and safety management systems. It provides examples of safety practices in offices, with computers, chairs, and desks and also discusses slips, trips, and falls as well as fire/emergency response, conveniences, and vehicle/road safety. It emphasizes that individuals are responsible for their own safety.
The document discusses personal health and safety responsibilities in construction. It lists responsibilities such as working safely, wearing proper protective equipment like goggles and steel toe boots, keeping work areas tidy, and being respectful of others. It also discusses regulations, roles, and responsibilities related to health and safety, including common regulations, employer responsibilities, and employee responsibilities.
Module-I (12 Hours)
Development of safety movement: - Need for safety-safety and productivity-planning for safetyplanning
procedure-safety policy-formulation of safety policy-safety budget-role and
qualification of safety professional-safety committees-need, types and functions of committeessafety
organizations.
Module II (12 Hours)
Accident prevention: - Basic philosophy of accident prevention-nature and causes of accidentsaccident
proneness-cost of accidents-accident prevention methods-Domino theory-safety
education and training-training methods-motivation and communicating safety-personal
protective equipments.
Module III (12 Hours)
Safety management techniques: - Safety inspection-Safety sampling technique-Safety audit-
Safety survey-Incident recall technique-Job safety analysis-Damage control-Risk management.
Involvement in safety: - Role of management-role of supervisors-role of workmen- role of
unions-role of government
Module IV (12 Hours)
Occupational health and hygiene: - Functional units and activities of occupational health and
hygiene-types of industrial hazards-physical, chemical, mechanical, electrical, social, biological,
ergonomic and environmental hazards-factors impeding safety-house keeping-hearing
conservation programme
Module V (12 Hours)
Industrial fire protection: - Fire chemistry-classification of fires-fire prevention activities-fire
risks-fire load -contributing factors to industrial fires-fire detection-industrial fire protection
systems.
The document discusses improving health and safety in the Bangladeshi construction industry. It outlines several key issues: construction accidents are common in Bangladesh due to lax safety regulations and enforcement; existing health and safety laws are not well implemented; and improving safety practices could reduce accidents and benefit contractors through lower costs. The document then provides definitions of safety terms and describes various hazards, accidents, protective equipment, and permit systems that could be implemented on construction sites to enhance worker well-being.
The document discusses various aspects of industrial safety including:
1. The development of the safety movement in India and objectives of industrial safety such as preventing accidents and injuries.
2. Key elements of safety planning like hazard identification, developing safety procedures, and emergency response.
3. The importance of formulating a clear safety policy and budget to support safety programs and training.
4. The roles and qualifications required of safety professionals to lead safety efforts in an organization.
SESSION : 1 Health & Safety Management : An overview
What is Industrial Safety?
Why Manage Health & Safety – 3 Good Reasons
Cost and Consequences of Accidents – Video
Accident Causation theory
Common cause of accidents in construction
How Manage Health & Safety – HSG (65) Model
4 C’s for Positive Health & Safety Culture
Proactive & Reactive Monitoring
Principle of Control in H&S
Hazards & Risk Management
Safe System of work, PTW
Hierarchy of Control – Video
Principle of Accident prevention
MEEP – Material, Equipment, Environment & People
IITS - Information, Instruction , Training and Supervisions
1) The construction industry has one of the highest rates of work-related injuries, though numbers have fallen in recent decades due to improved safety standards. Project managers are legally responsible for ensuring workplace health and safety compliance.
2) A comprehensive health and safety program includes policies, objectives, training, inspections, incident reporting, emergency procedures and medical support. It also requires management and employee participation through joint safety committees.
3) A case study from Singapore described a fatal scaffolding accident caused by permit to work failures, lack of safety equipment and supervision. Proper training, safe equipment, safety programs and inspections could have prevented it.
Cause of accident and prevention in construction industryYASMINE HASLAN
The document discusses causes of accidents in the construction industry and methods for prevention. It identifies the primary causes of accidents as unsafe acts and unsafe conditions. Unsafe acts include operating equipment without authority, disregarding safety procedures, and failure to use personal protective equipment. Unsafe conditions include wet/slippery floors and unguarded machinery. Accident prevention methods discussed include establishing safety policies and regulations, conducting safety trainings, ensuring the use of protective equipment, maintaining safe housekeeping practices, and having emergency response procedures and first aid resources. The document concludes that implementing effective safety measures can significantly reduce accident rates at construction sites.
This document provides an overview and introduction to the Canadian Society for Chemical Engineering's Process Safety Management (PSM) Standard. It describes the 12 elements of PSM, which are intended to work in conjunction with traditional occupational health and safety programs. The elements include accountability and goals, process knowledge, risk management, management of change, incident investigation, audits, and enhancement of process safety knowledge. The document also includes a site self-assessment tool to help facilities evaluate their implementation of PSM.
This document contains an examination paper for the NEBOSH International General Certificate in Occupational Health and Safety. The paper has two sections, with Section 1 containing one question to be spent around half an hour on. Section 2 contains ten questions to be spent around one and a half hours on. The questions cover topics such as confined spaces, risk assessments, health and safety policies, duties of various parties, accident costs, incident definitions, training, and safe systems of work. Candidates are instructed to answer all questions, showing their working and using diagrams where appropriate. They must return the paper to the invigilator after completing the exam.
Industrial accidents are caused by failures in industrial processes and equipment that can lead to injuries or damage. A key way to prevent accidents is through implementing a strong safety management system with 14 elements like safety policies, training, inspections, emergency preparedness, and safety committees. New technologies can also improve safety, like computer numeric controlled lathes that reduce mechanical hazards. Personal protective equipment, safe site layouts, and following safety rules are essential for worker protection in industrial settings. Engineers play an important role in industrial safety by setting safety standards and designing guards and protective equipment.
This document discusses the importance of safety culture in industrial workplaces. It provides examples of how organizational commitment to safety, training, leadership, communication, and worker engagement can develop a strong culture that makes safety the top priority. The document also summarizes two case studies that assessed safety culture - the 2012 London Olympics construction projects which measured safety climate, and a Las Vegas construction project where a survey found priorities of productivity over safety and lack of management commitment. It concludes that cultivating a sustained safety culture is key to industrial safety.
Overall Safety of plants and Personals, it's really important to know about the safety precautions before you start to do any thing in the operation side. Particularly in the Process Industries or where there lot of reasons of risk.
The safety, health, and well-being of the workforce must be a high priority in any company’s daily operations. U.S. companies spend $170 billion a year on costs associated with injuries and illnesses sustained on the job, including more than $40 billion a year in worker’s compensation benefits. DCR Workforce helps to reduce these costs by incorporating robust workforce safety protection programs into each of our clients’ contingent workforce management solutions.
This document outlines the responsibilities and roles of different team members in a construction company regarding health and safety. It defines the roles of the Managing Director, who is responsible for overall health and safety arrangements, and the Director Responsible for Health and Safety, who is accountable to the Managing Director. It also outlines some of the key responsibilities of each role, such as ensuring policies and legal requirements are met and communicated. The document emphasizes the importance of effective communication and an overall company policy to make all employees aware of their individual health and safety responsibilities.
This document provides information about workplace safety and health for electrical trades workers. It contains instructions for ordering additional documents from the National Institute for Occupational Safety and Health (NIOSH) via phone, fax, email or their website. The manual was developed by NIOSH to educate secondary and post-secondary electrical trades students on recognizing, evaluating and controlling electrical hazards using a safety model approach. It covers topics such as electrical shock and burns, electrical hazards, and safe work practices.
This document provides information on various types of electrical distribution and protection equipment, including fuses, fuse holders, circuit breakers, wires, switches, and wiring methods. It describes the components and characteristics of fuses and circuit breakers and lists common fuse and circuit breaker types. It also discusses different types of wires based on material and use, as well as various wiring methods like cleat wiring, batten wiring, casing capping wiring, and conduit wiring.
This document discusses different types of wiring systems including cleat wiring, CTS wiring, metal sheathed wiring, casing and capping, and conduit wiring. For each type, it describes the materials used, how it is installed, advantages, and disadvantages. It also discusses factors that affect the choice of wiring system such as durability, safety, appearance, cost, accessibility, maintenance cost, and mechanical safety.
Pharmaceutical manufacturing health safety 2-aameerkahn
This document discusses occupational health and safety hazards for women working in the pharmaceutical manufacturing industry. It begins by providing background on the industry, noting that while it aims to ensure product safety, less is known about workplace hazards. The industry employs many women, and women face unique biological and ergonomic risks. The document then examines a wide range of chemical, biological, safety, and stress-related hazards in the industry. It reviews approaches to hazard prevention and relevant laws. Finally, it concludes that more research is needed on gender-specific risks and provides recommendations to improve occupational health and safety.
Hazards in steel plant and their control, By B C dasBimal Chandra Das
Hazards and Accidents In the iron and Integrated steel industry- Recommendations to prevent and control exposure to ….. Safety Awareness, It is sharing of knowledge. By Bimal Chandra Das, Rtd. AGM (Safety), Bokaro Steel Plant,/ Bokaro. Kolkata
This document defines and explains key terms related to illumination:
Illuminance is the amount of light falling on a surface, measured in lux which is equal to one lumen per square meter. Luminance is the luminous intensity emitted per unit area of a light source, measured in candela per square meter. Luminous flux, measured in lumens, is the total perceived power of light emitted by a source in all directions. Luminous intensity is the luminous flux emitted in a given direction within a unit of solid angle, measured in candelas.
The most valuable asset your organization has is
its employees. By improving safety and preventing accidents, you can protect your work force
while also reducing your workers’ compensation
costs. And the BWC’s Division of Safety and
Hygiene is here to help.
This basic safety and health manual for the
Ohio construction industry summarizes successful accident-prevention principles and techniques. While application of these techniques
may vary according to the size and nature of
your company’s operations, the basic principles
remain the same.
This document contains a syllabus for an industrial safety engineering module. It discusses the need for safety in industries and defines key safety terms. It covers accident causation theories and the roles of different groups in promoting safety. The Bhopal gas tragedy case study illustrates an industrial disaster. Productivity and its relation to safety are also discussed. Elements of an effective industrial safety program involving engineering, education, enlistment and encouragement are outlined.
This document discusses the importance of supervisors receiving proper training to supervise electrical work safely and with due diligence. It outlines the responsibilities supervisors have to ensure worker safety and comply with regulations. The document suggests supervisors need knowledge of hazards, safety procedures, individual worker skill levels and how to communicate, train and enforce safety standards. Supervisors must also maintain accurate safety records and enhance safety through controls like guarding, procedures and PPE use. Proper supervision is key to protecting workers and complying with electrical safety laws.
The document discusses the importance of a written occupational safety and health (OSH) policy for workplaces. It explains that a policy should include a statement detailing the organization's commitment to health and safety, responsibilities allocated to roles, and arrangements for managing specific OSH activities and risks. It notes that legally a policy only needs to address employee health and safety, but addressing contractor and public safety is also good practice. Having a written policy helps industries improve OSH standards and comply with relevant regulations.
Worker safety trainings are the most essential foundation block for building a safety culture in any organisation. Worker skill training and capacity building is unique and to be designed, developed and delivered with proper competence & focus.
The #KnowledgeReport on Worker Safety Skill Training –foundation for a sustainable safe workplace is here!
Launched at ICC Industrial Safety and Surveillance Conclave 2018
Download the full knowledge report!
https://www.consultivo.in/news-events/knowledge-partner-icc-safety-conclave/
#Consultivo #KnowledgeIsPower #KnowledgeReport #WorkerSafetySkillTraining #SafetyCulture
The document provides guidance on developing an occupational health and safety (OHS) management system, including templates and fact sheets on various OHS topics. It discusses the importance of managing OHS risks, outlines the basic steps of risk management as identifying hazards, assessing risks, controlling risks, and reviewing controls, and provides templates for a safety management self-assessment, hazard register, job safety analysis, and other OHS tools.
All employers have a legal responsibility to manage health and safety in the workplace. This includes ensuring a risk assessment is completed to identify hazards and implement control measures.
Risk assessments must be carried out by a competent person with the necessary training, skills, experience and knowledge to identify hazards, determine the likelihood of harm, and decide on suitable controls.
The risk assessment process requires identifying potential hazards, evaluating the risks, recording the findings, and regularly reviewing and updating the assessment. Employers must provide instruction and information to employees so they understand the risks and can work safely.
The document outlines the core principles of an effective safety program, including front line management leadership and commitment, training and development, auditing work practices, employee involvement, incident investigation, safety communications, regulatory compliance, and operational best practices. It emphasizes the importance of management commitment to safety, employee training, investigating all incidents to identify root causes, and complying with applicable mining regulations to prevent accidents and protect worker health and safety.
Risk refers to the possibility of harm or loss from hazards or errors. In engineering, safety and risk management aim to protect the public from danger. A key part of any engineering work is identifying and removing potential risks through various safety measures. Such measures include visual inspections for defects, testing materials, implementing safety protocols, training, and examining activities to reduce stress or improve productivity. The overall goal is for designs, products, and systems to be reliable and safe for their intended uses.
This document outlines DuPont's safety management and culture program. It discusses the hidden costs of injuries to companies and presents DuPont's solution, which includes conducting safety assessments, establishing behavior-based safety management and culture programs, setting up cross-departmental learning organizations, and implementing long-term 3-5 year safety plans. The solution includes training programs, safety observation programs, and an e-learning system to build and sustain a safety culture.
The document defines key terms related to occupational safety and health such as safety, health, and occupational safety and health management systems. It discusses why occupational health and safety is important at workplaces from moral, economic, and legal perspectives. It also outlines the key elements of an occupational safety and health management system including policy formulation, worker participation, management of change, organizing, documentation, planning and implementation, hazard prevention and control, emergency preparedness, procurement, evaluation, and continuous improvement. Finally, it provides an overview of the Occupational Safety and Health Act of 2007 and the duties it places on occupiers and employees.
Role play induction process for new employeesrgheth
The document provides information on induction processes for new employees including:
- An induction program welcomes new employees and prepares them for their new role through developing skills and interaction.
- Benefits include introducing employees to the work environment and setting them up within the organization by covering rights, terms and conditions.
- A typical induction includes health and safety training, terms and conditions, introductions, and job-specific training. Best practices include advance planning, assigning a buddy, and regular review.
The document outlines site HSE management plans and procedures for a safe construction project with the goal of zero accidents, harm to people, and environmental damage. It discusses defining workplace safety through regulatory compliance, ethics, and safety culture. It also covers hazard identification, risk mitigation, safe working procedures, HSE responsibilities, and ensuring compliance with international standards like ISO. The overall aim is to develop a comprehensive safety system and culture through cooperation between the client, main contractor, and all subcontractors on site.
This document provides an overview of occupational health and safety management systems. It discusses establishing the basics of an SMS including safety policies, standards, responsibilities and training. It emphasizes that safety is everyone's responsibility and an SMS requires involvement from all levels of an organization. The SMS aims to move from reactive accident response to proactive prevention through analysis, problem solving, and making safety a shared responsibility across an organization.
Reduction of Un-safe Work Practices by Enhancing Shop floor Safety– A case studyIJERA Editor
Industrial safety is of utmost important in the present industrial scenario in order to protect employees, plant and
environment. The present study is carried out in a machine tool manufacturing company. The initial study
revealed several problems with respect to industrial safety and productivity. Keeping these problems in view,
the aim of the present study was to analyse the existing layout and designing the new layout to improve the
productivity by ensuring safety in the shop floor according to the standards.The existing problems were
analysed systematically and solved by adopting andimplementing DuPont Safety Model. The implementation
resulted in increasing the safety and productivity in the organization.
Study on Safety Management System of Manufacturing Industry IRJET Journal
This document discusses safety management systems in manufacturing industries. It begins with an introduction stating that while manufacturing has grown, safety aspects have been lacking. The document then outlines three key indicators of safety management systems and safe workplaces: organizational safety culture, behavioral safety, and safety performance. It provides details on each indicator, such as how safety culture can be improved through communication and leadership. Behavioral safety focuses on identifying safe and unsafe behaviors through training and motivation. Safety performance is evaluated using metrics like inspection and compliance rates. The goal of a strong safety management system is to minimize workplace accidents by addressing human factors, environmental factors, and management systems.
The document discusses various ways to improve employee participation in safety practices in organizations. It outlines 10 ways for employees to participate, such as working safely and following rules, reporting unsafe situations, and supporting management's safety efforts. It also describes 10 systematic methods an organization can use, like including safety in job requirements, providing safety training, and conducting safety inspections. Additional topics covered include the purpose of safety competitions, committees, and circles to maintain employee interest and involvement in safety. The role of trade unions is also discussed, emphasizing their responsibility to support management's safety regulations and programs.
This document provides an accident prevention plan for XYZ Company. It includes an introduction and safety policy statement from the company president. It outlines management and supervisor responsibilities for safety. It details procedures for employee orientation, emergency action, injury reporting, accident investigation, safety guidelines, disciplinary policy, and a safety awareness program. Appendices include material safety data sheets and safety posters. Forms are also included for OSHA record keeping and additional safety documentation. The plan aims to promote a culture of safety involvement across all levels of the company.
This document outlines a research paper on developing safety culture in the construction industry. It begins with an introduction describing safety issues in construction and the objectives of the research which are to identify factors influencing safety culture, present findings from literature reviews, and develop a conceptual safety culture framework. It then defines safety culture and presents a conceptual framework involving management actions, safety training, and communication. It concludes with areas for further research such as accident reviews and collaboration with insurers to continuously improve safety practices.
Michigan Safety Council Presentation Mar07ladukepc
Williams International is a leading manufacturer of small gas turbine engines for business jets and personal aircraft. The company wanted to improve its safety record beyond industry averages as it continued to grow. It implemented a culture-based safety system called SafetyIMPACT! over one year, which focused on changing behaviors and making safety a priority for operations management. This led to reduced injuries and costs as well as cultural changes where employees believed safety was their responsibility.
2. Table of Contents
Chapter Subject Page No.
Introduction 4
1 Safety and health responsibilities, and work practices 5
2 Accident investigation 7
3 Design and inspection of new and rebuilt equipment 9
4 Safety and health meetings 10
5 Employee safety and health training 12
6 Fitness for duty program 13
7 Treatment of sick and injured employees 15
8 Personal protective equipment 18
9 Job safety analysis 20
10 Employee safety contacts 23
11 Safety observations 25
12 Supervisory safety performance 26
13 Machine guarding 28
14 Cranes and mobile industrial equipment 29
15 Hand and portable power tools 32
16 Utility identification 35
17 OSHA’s hazard communication standard 36
18 Respiratory protection 38
19 Hearing conservation 49
20 Confined space entry 52
21 Lockout/tagout 55
22 Fork lift truck safety 58
23 Ergonomics in the work place 62
24 Non-routine tasks 67
25 Hot-work permits 69
26 Safety committees 73
27 Recordkeeping systems 75
3. Contributors
The Ohio Bureau of Workers’ Compensation’s (BWC’s) Division of Safety
Hygiene and the Society of Ohio Safety Engineers express their thanks to
those whose efforts resulted in this publication.
Paul A. Whittaker
Raymond Haner
Barry Judd
Robert W. Peterson
Gary W. Hanson
Herbert K. Bollenbacher
Daniel R. Stockwell
Dean Rothaar
Deanna L. Douglass
Donald H. Blair
Thomas Elliott
Joseph W. Crawford
Neil Leonhard
David G. Van Zandt
H. Dean Hutchings
John V. Calcott
Ted Ingalls
John Momany
Phillip S. Howard
David Pivarnik
Bruce Rinehart
4. Introduction
This basic safety and health manual for Ohio To learn more about safety services offered
industry summarizes accident-prevention prin- by BWC, log on to ohiobwc.com, or call 1-800-
ciples and techniques used successfully through- OHIOBWC to request a Safety Services Catalog.
out the industry. While the application of these
principles and techniques may vary according to However, safety isn’t the only thing you can do
the size and nature of your company’s operations, to reduce your workers’ compensation costs. You
the basic principles remain the same. Thus, you also can lower your costs by proactively manag-
can use this reference manual year after year as ing your workers’ compensation claims. This
a guide to managing your organization’s safety includes incident investigation, early reporting of
processes. injuries and working with your BWC employer
services specialist and claims service specialist.
This manual is not all-encompassing. It is not a
compliance document. Safety and health pro- Please join BWC’s Division of Safety Hygiene
grams must be individualized to meet the needs and the Ohio Society of Safety Engineers in mak-
of each work place. ing occupational safety and health a way of life at
your organization.
Safe and efficient operations invariably go hand-
in-hand; both are products of good management.
They result from the recognition and fulfillment
of management and employee responsibilities.
Everyone in the organization is a member of the
team.
5. Chapter 1
Safety and health responsibilities, and work practices
No business concern can expect to have good Company representatives throughout Ohio need
safety performance unless its president, chief to manage the safety processes within their
executive officer or owner demonstrates through organization. Management must realize it is criti-
personal leadership and specific, regular activities cally important that it provides the leadership that
that safety is a key value within the organization. ensures program effectiveness.
The leaders also must communicate the need for
all employees to understand the safety-related Employers must become familiar with the
processes and procedures, and to actively partici- various laws that pertain to safety and health in
pate in the organization’s safety programs. their workplaces. These laws define the duties,
actions and precautions all employers must take,
Experienced managers know occupational safety as a minimum, to ensure the safety and health of
and health is good business. It is good business their employees. For example, employers must
to establish and follow through on policies, pro- comply with the federal Occupational Safety and
cedures and practices that communicate to every Health Administration’s (OSHA’s) standards for
member of the work force that safety and health general industry, (29 CFR Part 1904 and 1910)
is a primary responsibility, as are quality and cost- and construction (29 CFR Part 1926). State,
effectiveness. regulations include the Ohio Administrative Code
(OAC), and Specific Safety Requirements of The
Safety and health program, the term used to Ohio Bureau of Workers’ Compensation Relat-
describe the whole of safety and health activities, ing to Construction and to All Workshops and
is a combination of many policies, processes, Factories, with supplemental codes relating to
procedures, actions and decisions. Concerted specific industries. In addition, companies must
leadership and effective execution of each ele- be familiar with other regulations and codes, such
ment of the overall program are essential to good as the those of Environmental Protection Agency
safety and health performance. This performance (EPA), and state fire and building codes.
pays off for the employer and employee. It im-
proves production, increases efficiency, enhances Well-written safe work practices, long recognized
employee morale, lowers workers’ compensation as important in communicating expected safe
costs and keeps employees on the job. behaviors and procedures:
• Provide guidelines for controlling potential
Each day the management of every business hazards;
organization confronts a multitude of problems • Communicate your company’s accident-pre-
that require immediate attention. In the presence vention policies;
of such daily emergency problems, it is tempting • Contribute useful information during training.
to defer or overlook safety and health activities.
When this occurs, it is likely that accidents and Every business, regardless of size, needs to
mistakes will increase significantly. As a result, develop safe work practices and communicate
unit compensation and claims-management and publish them to the employees. It also may
costs, profitability and quality are adversely af- be necessary to develop safe work practices
fected. that apply only to specific company subdivisions
6. or departments, depending on the nature of lifting device to move the ...,” rather than “Don’t
work, hazards present or availability of control lift the device without using a ....”Give new or
technology. However, safe work practices are a transferred employees a copy of the general safe
supplement to other management actions, such work practices and any department-specific safe
as good workplace design and integrating safety practices they may need to understand and fol-
into all job functions. An overemphasis on rules low to do their job without injury or illness.
and standards may limit a company’s potential for
achieving high-level safety performance. Training should be a continuing process. Su-
pervisors should frequently review general and
When developing safe work practices, it is impor- department-specific safe work practices with em-
tant to develop work practices that are reason- ployees. Supervisors and employees performing
able and specific. A practice that you cannot maintenance or service work should be familiar
enforce will potentially impair the effectiveness with the safe work practices of all departments.
of other safe work practices. Equally significant, if
you can effectively remove or control the hazard, Give special attention to developing safe work
you may also be able to eliminate the need for a practices for the operation of dangerous equip-
safe work practice. ment where there are only a few skilled opera-
tors, or for work involving extremely hazardous
An excellent technique for developing safe work conditions or environments. In such cases, effec-
practices is to have those who are involved with tive education and training is extremely impor-
company operations — supervisors and em- tant, in addition to having the correct safe work
ployees — help to develop their own safe work practices in place. Although training is an es-
practices. People tend to buy in more when they sential part of any occupational safety and health
are involved with the process. This participation program, it should not substitute for a policy of
also helps educate the participants on potential eliminating hazards in the workplace whenever
accident causes and methods of control or elimi- possible.
nation.
Once you develop safe work practices, do not
Write safe work practices using easily under- consider them being cast in stone. Review and
standable language and a positive approach. revise them on an ongoing basis to keep them
Whenever possible, state what to do, rather than up-to-date and to retain their intended effective-
what is prohibited. For example, say, “Use a ness. Accidents or illnesses also may reveal the
need to manage the work environment differ-
ently.
7. Chapter 2
Accident investigation
Accident investigation is primarily a fact-finding Immediately after an accident:
procedure; use the facts revealed to prevent re- • Ensure any injured or ill employee receives
currences of similar accidents. Properly handled, medical care immediately;
accident investigations also can increase the • Start the accident-investigation process
safety and heath awareness for employees, and promptly;
build rapport between the supervisor and the • Maintain conditions at the accident scene, as
injured or ill employee. much as possible;
• Involve the right people — supervisor, em-
You reduce injuries and illnesses by eliminating ployee, witnesses and others;
hazardous situations. Although it may be difficult • Form a fact-finding committee in the event of
to eliminate all accidents, it is easier and much very serious accidents.
more cost-effective to eliminate and reduce
hazards than it is to teach employees to accom- At a minimum, assemble the following information:
modate hazards within the work environment. • Injured employee’s name;
• Date and time of injury;
Reducing hazards to the minimum is important. • Occupation and task being performed when
You can accomplish this through modifying injured;
equipment, installing guards, improving material • Shift;
handling procedures, and by substituting less haz- • Department;
ardous processes and chemicals. Identifying acci- • Employee’s address;
dent causes and implementing corrective actions • Sex;
is the objective of an effective accident investiga- • Age or date of birth;
tion. Examples of areas to probe include: unsafe • Social Security number;
or hazardous conditions, poor decisions or behav- • Length of service with employer;
iors, a lack of accountability, poorly defined respon- • Length of time on this job;
sibilities, inadequate or nonexistent procedures. • Time shift started;
• Physician and hospital name;
Even minor injuries can reveal accident causes, • Type and extent of injury;
which, if corrected, can prevent other more seri- • Description of accident or illness scenario;
ous injuries. Therefore, investigate close calls, mi- • Analysis of all causes contributing to the ac-
nor and non-disabling injuries and illnesses with the cident or illness;
same vigor and thoroughness as serious injuries. • Recommended corrective actions along with
responsible persons;
Fact-finding is the principal purpose of accident • Injured or ill employees’ statements;
investigations. Identifying all pertinent factors • Witnesses’ statements;
(multiple causes) that allow incidents to occur is • Name of person completing form and date.
important. Well-done accident investigations help
to prevent future accidents, create educational
opportunities, show organizational concern and
build trust with employees.
8. Use accident-investigation information from all Experience shows the greatest deficiency in ac-
accidents to present a complete picture of how cident investigations is lack of follow-up action to
safety in the work environment is managed and correct the conditions and/or behaviors that led to
what changes might be necessary. Then, develop the accident. A good accident-investigation report
appropriate justification for addressing the causes specifies corrective actions, identifies who will
of accidents or illnesses and preventing future oc- be responsible for taking action, and sets target
currences. dates for completion. Thereafter, the responsible
member of management should follow up to
Management review of accident-investigation ensure the completion of corrective action.
reports ensures the development of all pertinent
information and a course of remedial action. Acci- After completing the investigation and initiating
dent-investigation reports are informative for up- corrective action, provide a summary of the ac-
per-level executives. Access to accident-investi- cident sequence, causes and corrective mea-
gation reports keeps them informed, allows them sures to the employees working in the accident
to ask why the incident happened and lets them area. Also, provide this information to employees
know the steps taken to prevent the incident on similar operations. Assign this responsibility
from happening again. Provide copies of reports either to the supervisor or employee work team
to those directly involved in making necessary members. The purpose is threefold:
corrective changes, such as maintenance staff. • To provide additional safety training;
• To make operational changes based on the
Investigation reports may include photographs, facts involved in the accident;
drawings or other information to help clarify the • To let employees know that the company cares
facts of the accident. Include detailed statements about their safety and health.
from witnesses, as well as others who can pro-
vide information. One final point — encourage employee sugges-
tions concerning safety and health issues and ask
them to participate in the accident-investigation
process. Seek out opportunities for employee
involvement.
9. Chapter 3
Design and inspection of new and rebuilt equipment
It is important to consider potential safety and Experience with similar equipment, accident re-
health hazards associated with new or rebuilt cords, and safety and health regulations provides
equipment before purchasing or modifying it. guidance for requiring the appropriate integration
Making modifications after the equipment is put of safeguards into new or rebuilt equipment.
into use is usually more difficult and costly. Management also should upgrade existing equip-
ment to include safety features whenever repair-
Becoming involved early in the purchasing or ing or modifying existing equipment.
rebuilding process makes good safety and health
sense because: Keep management personnel responsible for
• Equipment installed without adequate safe- designing and contracting for new facilities in-
guards may result in a serious injury before formed of accidents following failures or deficien-
you add proper safeguards; cies of equipment and of new developments in
• Poorly designed equipment may result in safety-engineering standards, including federal,
added costs and could cause human suffering state and municipal safety rules and regulations.
that is otherwise avoidable;
• The company could be in violation of OSHA After installing new equipment or altering existing
regulations and the state’s safety codes; equipment, conduct an operational safety review
• The company could incur increased costs as- prior to releasing the equipment for operation.
sociated with workers’ compensation. A management representative responsible for
overall safety at the plant, the maintenance
It is prudent to have bid invitations and purchase or engineering supervisor responsible for the
orders that state clearly the equipment must in- equipment, and the production supervisor and
corporate all safeguards required by laws, codes employee who will operate the equipment should
and regulations. Discuss this matter thoroughly conduct this review.
with the company purchasing agent and legal
counsel. Clearly explain additional safeguards Correct all safety deficiencies before you permit
considered necessary by the employer on the workers to operate the equipment. Accident
invitation to bid and the purchase order. prevention through the elimination of equipment
hazards or unnecessary exposures is much more
cost effective than assuming employees will
avoid the hazards; the safety of employees also is
more certain.
10. Chapter 4
Safety and health meetings
The purpose of employee safety and health Safety and health meetings are important in get-
meetings is to discuss significant safety and ting employees actively involved in the compa-
health information needed to prevent occupa- ny’s efforts to maintain a safe and healthful work-
tional accidents or illnesses. These meetings ing environment. Safety meetings can involve
are usually convened by the supervisor with all requesting employee ideas about safety policies
employees present. and procedures, setting up employee teams to
develop safe work practices or encouraging em-
Work unit meetings are not intended to become ployees to report unsafe procedures, processes
or replace operating safety committees. Effective and conditions. Supervisors also can ask workers
safety meetings can help to develop understand- for their ideas on how to solve specific problems.
ing, create commitment and allow employees The supervisor’s ability to develop and conduct in-
to participate in your organization’s occupational teresting and rewarding meetings is only limited
safety and health process. by his or her own creativity.
Using safety and health meetings also can assist Effective safety and health meetings stimulate
in developing a sense of teamwork. Safety and employees to think about safety and health con-
health meetings provide the opportunity for em- cerns. It is best to have an established schedule
ployees and supervisors to engage in give-and- of regular meetings. You can use discussion
take discussions on a variety of safety and health items and topics, such as those contained in the
topics. Providing how-to information and engag- Safety Leader’s Discussion Guide to plan meet-
ing in healthy dialogue about workplace safety ings and as an outline for discussion. Develop
and health issues helps workers perform their plans before meetings with the intent to foster
jobs safely and encourages teamwork. Effective maximum employee participation, to cover issues
meetings promote cooperation and reinforce im- thoroughly and to determine courses of action.
portant safety and health operating philosophies But like most activities involving people, issues
and practices. are likely to surface unexpectedly. For this rea-
son, maintain a flexible approach if unexpected
issues arise.
10
11. Successful meeting tips • If the safety discussion involves an accident
• Schedule meetings on a regular basis, such as or illness, focus the discussion on the facts
once a week, twice a month etc. surrounding the incident, the injury and the
• Plan for 15 to 45 minute meetings, and keep causes that allowed the incident to occur.
the discussion on track. • Discussion of a failure to adhere to a safety
• Review the talk in advance so it will be in your procedure should cover why such behavior is
own words. wrong, the potential hazards and constructive
• Use the Safety Leader’s Discussion Guide discussion on how to correctly follow proce-
(available at no charge). dures.
• Encourage employee participation. Ask ques- • Discussion involving work being planned
tions and ask for suggestions. should include potential hazards, develop-
• Seek out quiet areas away from noise and ing suggested engineering approaches to
traffic. Make it easy to see and hear. reduce risk, identifying safety equipment to
• Devote meetings exclusively to health and be used and developing basic safe operating
safety matters. procedures. This is an excellent opportunity to
• Use visual aids that enhance, but don’t replace involve the workers in the planning process.
the supervisor’s oral presentation.
• Preview visual aids before the meeting, and It is important that all operating unit members
prepare introductory remarks. know they are part of the occupational safety
• Prepare and distribute a meeting summary to and health team. Recognizing that you count
attendees and others, as appropriate, include: on each one to contribute to the success of the
• The date and time; team can stimulate ideas and energies that will
• Location; help strengthen each person’s commitment to
• Subjects covered; making the workplace as safe a possible. Achiev-
• Suggestions or comments from employees; ing teamwork requires active cooperation and
• Action plans and responsibilities; involvement on the part of both the employees
• Questions to be answered at the next and management.
scheduled meeting;
• Attendance roster, and name of the person
conducting the meeting.
11
12. Chapter 5
Employee safety and health training
• Break down the total job or procedure into
Safety and health training provides specific specific parts and identify each key step. You
instructions to employees so they can perform can use this breakdown as a detailed outline
their jobs in a safe and healthful manner. Safety to help guide workers through a job or proce-
and health training also is intended to impart dure. By understanding how safety integrates
knowledge so workers can identify workplace into each step of the job, workers learn to
hazards and initiate changes themselves. Creat- perform their work safely and correctly. Job
ing interest, commitment and awareness is the safety analysis (JSA) training is a method you
challenge those involved in training must suc- can use for this breakdown. (Refer to Chapter
cessfully meet. 8 on JSA).
• Demonstrate the proper way to do the job
Orientation or procedure. Merely explaining how to do
Begin safety and health training during orienta- a particular task safely is usually insufficient.
tion, when a person is transferred to another Do a step at a time, pausing to emphasize
department or when learning a new job. Cross- the key points before proceeding. Encourage
training can be extremely important for your the employee to ask questions at each stage,
safety and health when employees are temporar- making sure he or she fully understands.
ily transferred to other departments. • Ask the person to perform the job or proce-
dure, describing at each step, not only what
Each supervisor should have a procedure for he or she will do, but also why. By letting an
educating workers in the department’s safe work employee recite and perform the job, you
practices and for following up to ensure the will learn if the person understands and can
education process was successful. While a good perform the task safely.
safety orientation program can help shape a new • Return periodically to see how the worker is
employee’s perspective on job safety, supervi- doing and to see if he or she has any ques-
sors often neglect to take advantage of this tions or problems. The follow-up process is
opportunity. an essential element, since early identification
and correction of improper work procedures
An effective technique often used during orienta- will help an employee develop safe and ef-
tion involves following a check list containing spe- ficient work habits.
cific items for discussion. Supervisors may find
using a check list especially helpful. Supervisors should continue safety and health
training on a regular basis. Regular training might
Consistency and confidence in the training are include monthly safety and health meetings,
beneficial in this or similar methods. A well- regular personal safety contacts, safety training
planned and well-executed safety orientation related to changes in work processes or proce-
forms the foundation for each individual’s future dures, or safety training related to the nature of
safety and health performance. Each supervisor the work and safety compliance, such as hazard
should ensure new employees receive a copy of communication, lockout/tagout, confined spaces,
specific safe work practices and procedures. The fire safety and emergency procedures.
supervisor also needs to ensure the new em-
ployee understands the safe work practices and To assist a supervisor with safety training, the
procedures. Division of Safety Hygiene offers a variety of
training materials, formal training courses — in
Steps to conducting effective job safety training Columbus and across the state — and customized
• Explain the objective of the safety training and training services. Resources also include a com-
the reason why the training is important to prehensive library, publications and videotape loan
the employee. A person’s interest in learning services. In addition to these services, the division’s
will increase if he or she understands why it’s Safety Leader’s Discussion Guide is an excellent
important and what’s in it for him or her. resource for preparing monthly safety talks.
12
13. Chapter 6
Fitness for duty program
The goal of a fitness-for-duty program is to de- tion allows the physician to probe for specific
termine, on a regular basis, that employees are information to obtain a deeper understanding
physically capable of executing their jobs and of the employee’s health status. Additionally, it
that their health concerning their job is being is essential that the physician have a thorough
maintained. understanding of the job functions and the
physical requirements of the job to conduct a
An effective fitness-for-duty program reduces credible review of the individual’s health status
the risk of work-related injuries and illnesses, in relation to the job.
and may improve productivity and efficiency by
helping employees maintain an awareness of A variety of guidelines are available to guide
their health status. It also develops a motiva- physicians when conducting health examina-
tion to improve their level of health. tions. OSHA outlines specific medical man-
agement requirements in many of its health
The components of the health evaluation will standards, such as Bloodborne Pathogens, As-
vary somewhat according to the nature of the bestos and Respiratory Protection. The Ameri-
individual’s job and the specific reasons for the can College of Occupational and Environmental
health exam. For example, employees who Medicine also provides excellent guidelines.
wear a respirator need to have a health exam
that not only reviews their general health con- It is very helpful if you provide all job applicants
dition, but also focuses on the respiratory and health evaluations after they have been hired,
cardiovascular systems. but before starting their jobs. The health evalu-
ation will serve as a baseline examination against
All health evaluations include a medical his- which you can compare future information.
tory. This is an important part of the examina-
tion because it provides the physician with
information that reveals an employee’s health
history and basic health state. This informa-
13
14. In addition, the health evaluation might reveal You can schedule health evaluations on an annual
a potential problem previously undetected. The basis. Instances may include:
idea is not to place an employee into a job setting • Following extended absences due to illness or
where a physical condition might help to pre- injury;
cipitate an injury or illness. Instances where this • Every two years for all operators of in-plant
could cause a problem include: and over-the-road vehicles;
• Identification of a heart murmur or other • When employees are potentially exposed to
cardiovascular condition when the employee’s hazardous substances;
job involves heavy physical exertion on a regu- • After a possible bloodborne pathogen expo-
lar basis; sure;
• A spinal condition developed at birth that • To determine if an employee can return to
could predispose the worker to a severe back work;
injury; • To place an employee in a modified-duty posi-
• A physical or psychological condition that tion;
makes wearing a full face piece respirator a • When identifying reasonable accommoda-
high risk to the wearer. tions;
• Audiometric testing for workers in a hearing
When learning of such conditions, management conservation program;
must attempt to make reasonable accommoda- • When employees must wear respiratory pro-
tions so the worker can continue to be produc- tection devices.
tively employed.
Employees often view health evaluations as a
Health evaluations also may identify individuals benefit, especially if the company is willing to
who are unfit for the job due to use of mind-al- provide a copy of the health evaluation to their
tering substances or excessive alcohol usage. personal physician. For a variety of reasons,
Discussion of such findings is beyond the scope health evaluations add an important element to
of this section. However, your company may the accident-prevention process.
use employee assistance programs (EAPs), or
may elect to refer the individual to specialists
who may be able to help the individual with the
problem.
14
15. Chapter 7
Treatment of sick or injured employees
Report all work-related injuries and illnesses, Make first-aid supplies available to workers; a physi-
regardless of severity, to management immedi- cian needs to aprove these supplies, and you must
ately, and make sure employees receive prompt, inspect them on a monthly basis and replenish as
competent first aid or medical care as necessary. necessary.
Depending upon the size of the company, health Training
services can range from qualified volunteer first The company must ensure those individuals who
aid providers to a complete company-admin- will provide emergency medical assistance are
istered medical facility. In the case of first-aid trained in providing first aid and in preventing the
providers, the company should ensure they are transmission of bloodborne pathogens. Conduct
trained and certified in both first aid and CPR. training at the time of employment and annually
thereafter.
Whether a company uses first-aid volunteers,
designated responders or a medical clinic, At a minimum, training should consist of the fol-
you should develop and implement a medical- lowing:
emergency response plan. To implement a plan • A copy and explanation of the bloodborne
successfully, it is important that employees be standard (29 CFR 1910.1030);
familiar with the medical emergency plan. If pos- • The causes and symptoms of bloodborne
sible, practice the plan on a routine basis, per- diseases;
haps semiannually. • Disease transmission modes;
• The company’s exposure control plan and
Have the medical emergency response plan how to obtain a copy;
contain: • The recognition of the tasks and activities
• Emergency telephone numbers; that might cause exposure to infectious ma-
• Roles and responsibilities for those providing terials;
first aid; • The methods that will prevent or reduce
• Identification of all types of medical emer- exposures, including engineering controls,
gencies; work practices or personal protective equip-
• Training in the techniques to prevent the ment (PPE);
transmission of bloodborne pathogens; • The use, location, removal, handling, decon-
• The emergency medical response process tamination and disposal of PPE;
for each type of medical emergency (this • The reasons for selecting PPE;
should include identifying the treatment pro- • Information on hepatitis B vaccine;
vider, such as the hospital, clinic, physician, • What to do in case of contact with blood or
and the method of transportation); other potentially infectious materials;
• How to report and document the medical • Post-exposure evaluation and follow-up ac-
incident and response. tions required following exposure;
• Signs, labels and color-coding requirements.
15
16. Medical Treatment Request
Date: Dept. and location: Supervisor: Phone and extension:
by supervisor
Completed
Employee’s name:
Social Security number:
Nature of clinic visit/description of incident:
Diagnosis:
physician/occupational nurse
Describe treatment:
Completed by
Physician to whom referred: Hospital:
Follow-up treatment date/location:
°
Able to return to work but with restrictions noted
° No duty until
Temporary
A. No temperature extremes
° Hot
° Cold until
Work restrictions — (Completed by physician/occupational nurse)
B. Work limited to hours per day until
C. No climbing (ladders, racks, etc.)
° Yes
D. No operating moving machinery and/or vehicles at work ° No until
until
E. Walking and standing combined not to exceed until
F. Stooping and/or twisting until
1. Occasional 2. None permitted until
G. Lifting until
1. Weight: until
2. Height: until
A. To waist B. To shoulder C. Above shoulder until
3. Frequency: percent of shift until
H. Pushes or pulls until
1. Limited to pounds until
2. Limited to percent of shift until
I. Chemicals to be avoided:
J. Other
Distribution: 1) Physician
2) Occupational nurse
3) Supervisor
This is to certify that I have conducted an examination of the above named employee and I submit herewith my findings and conclusions.
16 Date Physician’s/Occupational Nurse’s Signature
17. If referral to a medical provider is necessary, you
should use a form similar to the Medical Treat-
ment Request. Use of such a form has shown
to greatly improve communications and under-
standing between all parties (company, physician
and employee) and has functioned as a valuable
tool to facilitate the medical treatment process.
When used with accident-investigation reports
and other documentation, the Medical Treatment
Request form records the medical treatment
process and augments the workers’ compensa-
tion process.
The supervisor initiates the form’s usage and
the employee can take it with him or her to the
physician or clinic. Following treatment, the
doctor or nurse completes the form and returns
two copies to the company (one for the super-
visor and one for the workers’ compensation
administrator). The employee can hand-carry
these copies. In instances involving serious
injury or illness, you may dispense at the time
of the incident to avoid delay in obtaining treat-
ment. After the situation is in control, you can
then complete the form.
It is essential that all employees have a thor-
ough understanding of the accepted procedure
for reporting injuries and illnesses, and for
obtaining appropriate care. Prompt care can fre-
quently avoid medical complications that might
result from apparently minor injuries.
17
18. Chapter 8
Personal protective equipment
Each company is responsible for furnishing a The type of PPE required in a given set of cir-
workplace free of recognized hazards that can cumstances will depend on the specific hazards,
cause serious harm to employees. OSHA’s PPE the duration of exposure and the intensity of the
standards require that employers assess their exposure. It is important to select and have the
work places to identify any hazards requiring the employees use the proper type of PPE, to protect
use of PPE, with written certification to docu- them from the identified hazard. To be effective,
ment the survey. PPE must be readily available, sized correctly and
designed for the use intended.
While eliminating hazards in the work environ-
ment is important, it may be impossible or infea- In addition, the proper care of PPE ensures
sible to eliminate all hazards through engineering against damaged or defective equipment, which
design, guarding or administrative controls. In increases the protection provided to employees.
such cases, PPE may be necessary.
PPE for head, feet, face and eyes must meet
Examples of the types of PPE covered in the the requirements of standards of the American
OSHA PPE standards include: National Standards Institute(ANSI).
• Face and eye protection — safety glasses,
goggles and face shields; Training is an important part of any PPE program.
• Head protection — hard hats and bump caps; Safety footwear, safety eyewear and hard hats
• Protective footwear — safety shoes, rubber may require only a 10-15 minute training session
boots and metatarsal guards; to explain the objectives, policy, responsibilities
• Hand protection — heat or chemical-resistant and procedures. On the other hand, PPE such as
gloves. respiratory protection devices or hearing protec-
tion (both covered under separate OSHA stan-
OSHA’s PPE standard does not include require- dards) requires more extensive education and
ments for respiratory protection (refer to chapter training.
18), hearing protection (refer to chapter 19) or
the construction industry; these areas are cov-
ered under other OSHA standards.
18
19. Finally, document all safety and health training Written programs should include:
activities with the following information: • Objectives;
• Date and time; • Definitions;
• Subject and instructor; • Policies;
• Outline or table of contents; • Responsibilities;
• Title of video or slides; • Procedures.
• Handouts;
• List of attendees (or sign-in sheet); Written programs must include:
• Scores or grades from written exercises. • Written certification of hazard assessment;
• Employee training records.
Training must include: when and what PPE is
necessary; how to properly don, doff, adjust and A safety officer or coordinator should direct your
wear PPE; and the limitations, proper care, main- company’s hazard assessment and oversight of
tenance, useful life and disposal of the PPE. the PPE selection process. Supervisors or team
leaders are responsible for ensuring that the
Employees must demonstrate an understanding correct PPE is available, is functional and is worn
of the requirements and ability to properly use correctly. They should let employees know how
PPE before you give permission to perform work to replace equipment and what to do if a problem
requiring PPE. Inform your employees of PPE se- arises with the equipment.
lection decisions and ensure they understand the
decision logic used. Retrain when changes in the It is important not to overlook the training that
workplace or type of PPE used make previous each supervisor or team leader needs to function
training obsolete, or when there is lack of under- as an effective coach. Supervisors or team lead-
standing or skill demonstrated by employee’s ers in turn need to communicate to employees
misuse of assigned PPE. the importance of correctly using PPE — in for-
mal training, in informal conversation and by ex-
Each company must have a written PPE program ample (i.e., wearing the equipment themselves).
that accurately describes the safety equipment
process. References: OSHA 29 CFR 1910.132, 1910.133,
1910.135, 1910.136, and 1910.138
19
20. Chapter 9
Job safety analysis
For many years, the technique called JSA has In practice, this means the person conducting the
been a simple but effective means of identifying JSA must competently assess each job element
hazards and potential unsafe procedures associ- and identify the potential hazards or risks. As-
ated with a specific task or job. sume, for example, that using a pressurized-wa-
ter fire extinguisher is the task to analyze. (While
You can use the analysis process to identify haz- this is not a work task, it is a well-understood
ards and to educate workers in safe procedures. process.) The process might look something like
JSA techniques can be a very effective tool for this.
supervisors. The JSA process effectively and ef- • The first element involves removing the extin-
ficiently analyzes the job or task and produces de- guisher from its wall bracket and identifying
tailed information on task-specific accident risks, the potential hazards. Employees should per-
process improvements and control measures. form the task, if possible, with the supervisor
acting as a coach. The supervisor may need to
When considering where to use the JSA process, help until the process proceeds smoothly.
analyze first the tasks having the poorest accident • Identify each succeeding element (e.g., carry-
experience or those with the greatest potential for ing the extinguisher to the fire) until you have
injury. By establishing priorities, the JSA process broken down the entire job into its elements.
focuses attention on areas that can have the Again, identify the potential hazards, such as
greatest impact on accident prevention. the weight of the extinguisher, and slips, trips
and falls.
JSA provides a systematic means to take advan- • After the analysis is complete, list on the
tage of workers’ previous experience and knowl- JSA form all possible methods or actions
edge. It also increases employee involvement in associated with each element that would
establishing safety awareness while developing eliminate, reduce or prevent an accident or
safe work practices. illness. Agree on which accident-preven-
tion techniques you will use. This is the job
Accomplishing these objectives requires that: outline, step by step, and the associated safe
• Members of management understand the ob- work practices that you need to integrate into
jectives and means of analyzing jobs element each step of the job. This completes the JSA
by element; process.
• The JSA process is recognized as an effective
tool and incorporated into the regular accident- Chapter 23 discusses ergonomics. Often, a task
prevention and safety-management process; analysis is used during an ergonomic safety and
• You develop and implement a correction pro- health assessment. The task analysis process
cess that responds to identified problems in a uses a similar process as the JSA.
timely manner;
• Supervisors review the results and take action,
if appropriate, on all JSAs completed in their
work areas;
• Supervisors retain a copy of all approved safe
job procedures developed by a JSA;
• You educate and train workers using the infor-
mation developed through the JSA process;
• Supervisors regularly observe the workers and
ensure they use safe work practices.
20
21. Job safety analysis Job: Date:
Title of worker who performs job: Foreman or supervisor: Analysis by:
Department: Section: Reviewed by:
Required and/or recommended personal protective equipment
Sequence of basic job steps Potential accidents or hazards Recommended safe job procedures
21
22. 22
Job safety analysis Job: Date:
Title of worker who performs job: Foreman or supervisor: Analysis by:
Department: Section: Reviewed by:
Required and/or recommended personal protective equipment
Sequence of basic job steps Potential accidents or hazards Recommended safe job procedures
1. Remove fire extinguisher from wall bracket. 1. Heavy and awkward to handle 1. Get a firm grip with both hands before removing
2. Carry it to fire. 2. Weighs 29 pounds to prevent dropping the unit.
3. Operate the unit to extinguish the fire. 3. Dropping unit 2. Lift properly and lower to walking position.
4. Place used extinguisher near exit door 4 Arm strain 3. Be sure you can carry the unit; if you can’t,
of fire area to be picked up for servicing. 5. Back strain get help.
6. Pinch hand on handle 4. Walk briskly to fire, being alert for slipping and
7. Cut finger on pin tripping hazards.
8. Shoot water into face 5. Hold to support extinguisher while removing the
9. Empty extinguishers are easy to upset safety pin.
10. If upset, they roll and cause tripping hazards 6. Grip firmly to avoid dropping.
7. Be sure discharge is always directed at the fire
area.
8. Place used extinguisher in approved location.
9. Complete any reports required by the company.
23. Chapter 10
Employee safety contacts
A key component of most effective company This one-on-one safety and health communication
safety and health programs is a high level of em- provides the supervisor with an opportunity to
ployee involvement, including the management seek employee opinion, clarify expectations and
staff. Involvement may take a variety of forms promote understanding and commitment. The
such as educational meetings and discussions, organization also benefits.
group problem-solving sessions or focus groups,
behavior observation programs, accident investi- Productivity and performance improve the most
gations, safety committees and more. Successful when work is organized so that employees have
companies use combinations of these or other the training, opportunity and authority to partici-
techniques to include their employees and to pate in decision making; when they have assur-
integrate the company’s safety beliefs and values ances they will not be punished for expressing
into day-to-day operations and activities. Another unpopular ideas; and when they realize they will
management technique that tends to foster not lose their jobs as a result of contributing their
high-level involvement and communication is an knowledge to improve safety and productivity.
employee safety-contact program.
Regular safety contacts demonstrate the super-
The purpose of employee safety contacts is visor’s concern and commitment to both the em-
twofold: ployee and the company. Making safety contacts
• To provide opportunities for safety and health a part of each supervisor’s performance require-
coaching/guidance to employees; ments is easy and benefits both the supervisor
• To enhance supervisor/employee communica- and the company. The process is easy to man-
tion and understanding. age and requires little, if any, additional training.
With the safety contact approach, supervisors
Employee participation usually begins with a set aside five to 15 minutes to discuss safety
safety and health orientation program for new and health with each employee on a regular basis
or transferred employees. Following the safety — weekly, biweekly or at a minimum, monthly.
and health orientation, you can employ regularly
scheduled meetings or discussions on opera- Discussions can range from training needs to
tional safety and health issues to gain employee hazard identification, protective equipment to
input on safety and health issues. process improvement, workstation redesign to
risk assessment. If supervisors involve employ-
Employee involvement also includes safety and ees and respond to their questions and concerns
health training in a number of areas pertinent to in a timely and respectful manner, and if employ-
the job, such as hazard recognition, emergency ees feel they have input into decisions that affect
procedures, hazard communication and PPE. them, then a sense of trust and personal owner-
These activities are important for education, ship begins to develop. Work environments in
training and communication, but generally do which both the supervisor and employee feel
not allow for frequent supervisory contact and mutually responsible for safety and health result
discussion with employees regarding safety and in improved performance with less lost time due
health issues. to occupational accident or illness.
More frequent yet less formal contact with The employee safety contact/observation record
employees has shown to be an effective means is an example of one method of recording perti-
of coaching and providing for employee involve- nent information you can use to document the
ment in the safety process. meetings supervisors have with their employees.
Other recording systems in use involve pocket
cards on which you can record each contact or
discussion for tracking purposes
23
24. 24
Employee Safety Contact/Observation Record
Supervisor’s name:___________________ Employee’s name:___________________ Department:_________________________
Date Job or assignment Type and subject of contact Comments
25. Chapter 11
Safety observations
Safety observations are excellent tools for the The supervisor should observe for these kinds of
supervisor to identify behaviors, practices or con- behaviors:
ditions that might place employees at risk and • People reacting to the supervisor’s presence
lead to injury or illness. It is often said that safety by quickly adjusting PPE, changing positions
is just common sense or that safety is intuitively or stopping the job;
obvious. Yet companies continue to struggle • Workers using the correct PPE that it is main-
with rising worker’s compensation costs and tained and is appropriate for the hazards;
workplace environments that cause unnecessary • Employees using the proper tools correctly
injuries and illnesses. and maintaining them in safe condition;
• Workers following established safe work prac-
Supervisors are burdened with a multitude of tices or identifying practices that need updat-
operational responsibilities. They might view ing, or where safe practices need developed
observing for unsafe behaviors, conditions or and implemented;
practices as one of the more time-consuming • People in positions where they could strike
responsibility. The fact remains: workplace safety against, be caught in, under or between, or
and health is a key supervisory and management be struck by equipment; contact temperature
responsibility. There is a technique, however, extremes or electrical current; be affected by
that doesn’t add significant amounts of time, yet hazardous substance inhalation or absorption;
is effective at preventing accidents. The tech- or encounter ergonomic problems of overex-
nique many supervisors have found effective ertion or repetitive motions.
involves supervisor safety observations.
After observing unsafe behavior, take action to
Safety observations are quick, concentrated stop improper practices or behaviors, and take
looks at the work site, 30-45 seconds, to focus measures to prevent reoccurrence. Key to the
just on the safety of operations. You can incorpo- success of the observation process is what
rate conducting safety observations three or four supervisors do when they make observations. If
times each day into the normal daily manage- a worker is using the correct behavior or practice,
ment routine. It adds little cost and effort, but then the supervisor must personally recognize
the gains in safety performance can be enor- and positively reinforce that behavior. If, on the
mous. A supervisor simply decides to stop to other hand, the supervisor observes an unsafe
observe strictly for safety behaviors, conditions behavior, it is important that he or she take imme-
and practices three to four times each day. diate action to stop the process or practice, help
the worker understand the correct method and
The objectives of a systematic observation pro- why the need for a different behavior, and then
cess are: follow up to see if changes have been made.
• To observe workers in their work areas;
• To analyze their work performance; Action must be immediate, but to maximize ef-
• To correct and prevent unsafe behaviors, fectiveness, discussions should remain positive
conditions or practices; and constructive. This is not the time for fault-
• To take steps to prevent repeated occurrences. finding.
25
26. Chapter 12
Supervisory safety performance
Effective organizational safety performance These resources help to enhance the supervisor’s
depends on a variety of factors. Company values effectiveness in integrating safety performance
and beliefs play a significant role in establishing into day-to-day functions.
the culture of the organization. In turn, if the orga-
nizational culture supports the belief that identify- Including safety as a key factor on supervisors’
ing and managing risk through effective safety and managers’ performance appraisals sends
approaches, the likelihood increases for develop- a clear message that the organization believes
ment and use of effective safety processes to managing risk, and preventing accidents and ill-
prevent injuries and illnesses. nesses in the work environment is important.
Senior management’s leadership and actions will The adage, “What gets measured, gets done,”
generally indicate the level of importance the or- certainly is accurate in this area. To ensure super-
ganization places on managing the safety process visors perform specific safety-related activities
and accident prevention. regularly, identify and agree on the activities for
which you will hold the supervisor accountable.
That level of importance greatly determines The supervisor’s immediate manager helps the
the safety culture and whether or not the com- supervisor identify the safety activities and func-
pany views accident prevention as a priority for tions to be accomplished in the future. The super-
maintaining profitability and preserving valuable visor and the manager should mutually agree
human resources. on what activities the supervisor will undertake
during the next performance period.
Supervisory performance is driven by many fac-
tors. Generally, if individual supervisor’s perfor- Whether the organization uses a management by
mance measures include safety, as well as qual- objectives approach or a prescripted approach, it
ity and production measures, then it is likely that is important that both the manager and the super-
supervisors will devote time and resources to visor agree on what activities the supervisor will
the safety process. Moreover, if the supervisor’s use in fostering safety in the work environment.
manager also believes that actively managing the
accident-prevention process is important, then
the potential for excellent results in supervisory
safety performance will be high. Important also is
the availability of resources, such as, education and
training opportunities, qualified maintenance staff,
safe and effective workplace design and PPE.
26
27. Measurable activities supervisors can use in- Supervisors and managers must be accountable
clude, but are not limited to: for all aspects of their operation, including safety
• Conducting win/win safety meetings quarterly and health. Safety is a line-management func-
with each staff member; tion and cannot be delegated to a staff person.
• Involving staff in area safety audits regularly; You can characterize the safety director’s role
• Identifying and correcting hazards and poor as a technical resource who provides support to
practices; management and workers. Staff safety people
• Orienting new or transferred staff on safe are not responsible for other department’s safety
work practices and procedures; performance, no more than they are responsible
• Educating the staff in safety and health matters; for the payroll function.
• Involving staff in safety programs or using
labor/management safety committees; Six keys to success
• Investigating accidents or near accidents 1. Senior management must provide leadership
promptly and taking corrective actions; through active and visible participation in the
• Using JSA techniques; safety process and programs. Senior leaders
• Resolving major safety-related issues, such as must model and foster safe behaviors.
projects or redesign work; 2. Middle management must perform some
• Conducting tool box safety education meet- safety-related activities and be responsible
ings; for guiding supervisory safety performance.
• Conducting safe behavior observations daily 3. Supervisors must actively participate in, and
to identify/correct unsafe behavior, or to rec- lead the safety process by conducting spe-
ognize safe behavior; cific safety-related activities regularly.
• sing safety perception surveys to identify
U 4. Workers must participate in the safety
areas for improvement; process and in problem solving and decision
• Using positive reinforcement techniques to making. Communications must flow up, as
develop and maintain safe behaviors; well as down, the organization.
• Using safety tipping techniques when assign- 5. Management and the workers must perceive
ing job tasks; the safety process as being positive. Recog-
• Participating in safety education courses or nizing good safety performance at all levels
seminars on specific topics. is crucial.
6. You must provide safety training for both
Conduct performance evaluations for supervi- supervisors and workers. This should include
sors at least annually. However, a better process training for new and transferred workers.
would involve quarterly progress discussions
with the manager and using the fourth quarterly Achieving excellence in accident prevention is not
evaluation as the annual performance review. In plain common sense, nor is getting there intui-
this way, surprises should be minimal, progress tively obvious. It is a difficult journey. Success
steady and results positive. requires diligence and effort, but the payoffs can
be extraordinary. It takes time. Lack of progress
should not be discouraging.
The safety culture and the culture of the organiza-
tion will usually evolve together. All members of
the management team should strive for con-
tinuous incremental improvement in safety and
health.
27
28. Chapter 13
Machine guarding
Pinch points that are unguarded can cause seri- Methods of guarding include:
ous injuries. Pinch, nip or shear point means the • Light curtains;
point or points at which it is possible to be caught • Air clutches with palm buttons;
between the moving parts of a machine, or be- • Steel mesh under conveyors and over fan
tween the material and the moving part or parts blades;
of a machine. • Guardrails;
• Lawn mower covers;
You can identify machine hazards by asking three • Flexible guards, such as the movable guard on
questions: a power saw;
• Can an individual be caught in, on or between • Presence-sensing mats, such as those used in
two objects? robot areas;
• Can an individual be struck by an object? • Mechanical barriers.
• Can an individual strike against a hazardous
object?
Effective guarding can eliminate many of these
hazards.When possible, purchase machinery
with guards installed by the manufacturer. Guard
points of operation on machines at all times.
Point-of-operation guarding is usually required on
mechanical-owner transmission components on
machines, shears, power presses, milling ma-
chines and jointers. You also should guard other
equipment — portable power tools, lawn mow-
ers and grinders —exposing workers to potential
injuries.
28
29. Chapter 14
Cranes and mobile industrial equipment
The use of cranes and other mobile industrial Thereafter, the crane operator should proceed
equipment involves significant potential hazards. only after seeing that the area where the load is
Special emphasis is necessary to prevent injuries. to be carried is clear. Never carry loads over per-
Cranes and hoists involve special hazards primar- sonnel. Post approved hand signals in the crane
ily because of the danger of dropping a load. cab and at conspicuous locations on the ground
Equip all cranes and hoists with an automatic or floor level.
hoist safety stop — generally called a limit switch
— to prevent the lift from striking the supporting Equip mobile equipment used in industrial plants,
structure and shearing off the hoist cables. such as trucks and tow tractors, with visual
and/or audible warning devices. Operators should
Require operators to test the limit switch each have a good field of vision for every direction of
day before starting work to ensure it is function- travel. Equip the gasoline-powered equipment
ing properly. Limit switches are safety stops, with tanks that have explosion-proof fittings.
and operator should never use them to stop the Rigidly observe load capacity charts and add no
hoisting operation. Regular operating controls are unauthorized counter-weights to increase capaci-
provided for that purpose. ties. Limit attachments to those approved by the
manufacturer.
Whenever possible, equip crane and hoist hooks
with safety latches to ensure the cable or chain Inspect all mobile equipment prior to each shift to
will not become disengaged from the hook when check steering, brakes and proper functioning of
the load is temporarily rested on a support, or if safety devices. Provide all such equipment with
roll out or a shock load occurs. ignition locks. Remove keys if the equipment is
not in use. This prevents operation by untrained
Operators should examine carefully each day and unauthorized personnel. Operators should
before using slings, chains, spreaders, rings receive formal training in equipment operation
and other auxiliary crane and hoist equipment. and safety. Document this training.
Wire-rope slings should receive special attention;
manufactured slings are recommended. Rust, To ensure you inspect all cranes, hoists and
dirt and kinks can seriously weaken and shorten mobile industrial equipment on a regular basis, a
the safe and useful life of wire rope. For this formalized inspection program is most effective.
reason, do not allow wire-rope slings to remain Reports submitted after each inspection should
on the ground. Place them on wall hooks or racks indicate the equipment inspected and the results
when not in use. Conduct an annual inspection of the inspection. Institute immediate follow-up
for all lifting devices, including slings, chains and action to ensure that any defects are promptly
hooks. It is important to maintain comprehensive corrected.
records of all inspection results.
For further detailed information consult:
Schedule a complete inspection for hoist ropes, OSHA General Industry Standards, 29 CFR,
sheave wheels, brakes, control switches, ax- 1910.176 - 1910.184
les, safety stops, running rails and supports for OSHA Construction Industry Standards, 29 CFR,
all cranes each month. Correct immediately all 1926.550 and 1926.600
defects. Ohio Administrative Code, All Workshops and
Factories, Chapter 4121:1-5
Operate overhead cranes on the basis of clear Ohio Administrative Code, Construction, Chapter
hand signals only. Lateral travel, hoisting and 4121:1-3.
lowering of loads should never proceed without a
signal from the person on the ground.
29
30. Overhead Crane Hoist Safety Inspection Record
Manufacturer: Model: Serial No: Reach: Capacity: Location:
Component Problem Corrective action notes
Satisfactory
Inspection
unit or part
Repair
Adjust
code
Bridge
Brake D
Walkways M
Guard railings M
Guards M
Motor P
Bumpers M
Wheels P
Frame P
Fire (car) D
extinguisher
Capacity D
marked
Rail sweeps P
Trolley
Motor P
Brake D
Wheels P
Bumpers M
Guards M
Frame P
Hoist
Motor D
Motor brake D
Mechanical D
load brake
Overload clutch M
Couplings P
Gears, shafts P
and bearings
Rope drum M
Guards M
Limit switch D
Sheaves M
Chain drive M
sprockets
Cable in drum M
grooves
Capacity D
marked
Hooks
Deformations or cracks D
Throat opening - 15% D
30 Proof test P
31. Satisfactory
Components Problem Corrective action notes
Inspection
unit or part
Repair
Adjust
code
Hoisting cable
Broken wires D
Crushed rope M
Stretched rope M
Twisted rope M
Kinked rope M
Excessive wear M
2 wraps left of drum P
Block assembly
Sheaves D
Bolts D
Guard D
Push button or control station
Push buttons D
Control box D
Wiring M
Controllers M
Return spring M
Master switch M
Legible marking D
Other items
Rails P
Stairways P
Walkways P
Guard railing P
Ladders P
Rail stops M
Electrical apparatus P
General condition M
Warning device D
Idle crane inspection D
Remarks
1. Inspection code intervals:
D — daily
M — monthly
P — periodically - one-to-12 month intervals, or as specifically
recommended by the manufacturer
Date of safety inspection Signature of inspector 31
32. Chapter 15
Hand and portable power tools
Hand tools Turning tools — or wrenches
Hand and portable power tools are frequently Wrench types include open-end, box, socket,
used at home and on the job. Using them cor- torque, adjustable, spanner and Allen. It is im-
rectly will prevent needless injuries. Tools are portant to select the proper wrench for the work
intended to help the worker by making the job to be done. Make sure wrench jaws are clean
easier and the effort more efficient. and oil-free to prevent slipping. Be especially
careful when using adjustable wrenches — they
To use hand tools safely, they must be: are often called knuckle busters because they
• Designed for the job; can slip if not adjusted to fit the work surface
• In good condition; snugly.
• Used properly.
Metal-cutting tools — snips and shears, bolt-
Workers who do not use the right tool, do not cutters, hacksaws, chisels and files
keep tools in good condition or who use tools Sharpen, oil and adjust snips and shears to
improperly are less effective and risk serious make cutting easier and to produce surfaces
injury. Common types of hand tools include: free of burrs. When using bolt-cutters, make
striking tools, turning tools, metal-cutting tools, sure fingers are clear of the jaws and hinges.
wood-cutting tools, screwdrivers, pliers, knives Take precautions to prevent bolt heads or other
and crowbars. metal fragments from striking co-workers.
Striking tools — carpenter’s hammers, Use hacksaws to cut metal that is too heavy for
machinist’s hammers, mallets and sledges snips or bolt-cutters. A significant risk associ-
Clean and repair striking tools, if necessary, be- ated with hacksaw use is injury to the hands if
fore they are stored. Before using striking tools, the blade breaks. To avoid severe hand injuries
make sure the faces are free from oil or other and broken blades, apply only enough pressure
material that can cause them to glance off the to keep the blade in firm contact with the work
object being struck. piece.
Dress the heads to remove mushroomed or Exerting excessive force causes the blade to
battered edges. Handles must fit tightly into the overheat and bind. Likewise, cut on a straight
heads of striking tools. Use the correct hammer line to avoid twisting the saw blade. Lastly,
to strike hardened steel surfaces, so steel frag- periodically check the blades to ensure tightness
ments will not break off and injure workers. Wear within the saw frame.
appropriate safety eye protection devices when
using striking tools.
32
33. Use chisels for chipping or cutting metals and Screwdrivers — slotted, Philips, torx and hex
other materials. Make sure the head of the chisel Use screwdrivers to insert and remove screws,
is not mushroomed. Dress damaged heads by not as pry bars, scrapers, chisels or punches.
removing all excess metal. As a general rule, hold When using a screwdriver, it is important to use
the chisel so the hand muscles hold the shaft the proper size so that the blade fits the screw
firmly but not with a death grip. If the hammer ac- head tightly. This prevents the screw slot from
cidentally hits the hand it will permit the hand to burring, which could lead to serious lacerations.
slide down the chisel, lessening the effect of the Additional safety tips: keep screwdrivers away
blow. This technique is not always possible, but from electrical circuits to avoid shock, and use
when used, it can be effective. Wear safety eye a vice or other holding device, rather than hold
protection when using any chisel. work in your hand, to prevent serious punctures.
Keep files sharp by keeping them wrapped in Pliers and knives
paper or cloth to protect the teeth. Clean files Do not use pliers to cut hard wire unless they
by using file cards and keep them free of oil and are specifically manufactured for this purpose.
other types of moisture. To prevent hand injuries, Always cut at right angles. Do not use pliers as
use files with handles and employ the proper hammers. Wear safety eye protection when us-
technique, i.e., the cutting stroke smooth and ing pliers to cut wire.
away from the body.
Knives can be extremely dangerous. Use cut-
Wood-cutting hand tools — hand saws, ting instruments only for their intended purpose.
planes and wood chisels Size, blade design and handle configuration are
Keep hand saws sharp and free of rust to pre- important considerations when choosing safe
vent them from binding or jumping and causing and effective cutting instruments. Cutting blades
injuries. Keep planes sharp and properly adjusted must remain sharp to avoid excessive forces,
so they cut smoothly without requiring excessive which can cause the blade to be thrust out past
force. When storing planes, adjust the blades the workpiece after the cut is made. Always cut
above the bottom of the planes to prevent con- away from your body. Store knives with the blade
tact with the blade. Keep wood-cutting chisels closed or sheathed to prevent accidental contact.
sharp, and make sure both hands are behind the Treat knives with care, always protecting the
cutting edges at all times. Never cut toward your- sharp cutting edges.
self when using a chisel, and use chisels only for
their intended purpose.
33
34. Portable power tools When operating portable power tools, pay undi-
Portable power tools also present accident haz- vided attention to their operation. Check power
ards. With power tools, however, the magnitude sources to portable power tools to ensure elec-
of an accident is often significantly increased. trical cords and air hoses are in good repair.
A lack of training, improper technique, failure to
wear PPE or poor maintenance practices cause Select tools with the following characteristics:
nearly all power tool accidents. There are several • Handles long enough to distribute pressure
general safety measures to observe when operat- across the entire palm, rather than in one
ing or maintaining portable power tools. small area;
• Designed to provide the required force for
General safe work practices the job;
First, use power tools only after becoming thor- • Tools that have varied weights, sizes and
oughly familiar with their controls, safety require- handle design to accommodate worker dif-
ments and operating procedures. When in doubt, ferences;
re-read the operating instructions or get informa- • A handle orientation that allows the wrist to
tion from your supervisor. Inspect all tools before remain straight;
use to see they are clean and in good repair. • Tools that minimize hand and arm vibration;
Before connecting a power tool to the power • Tools that minimize repetitive motions and
source, it is essential you turn off the switch on awkward positions.
the tool. Ensure all safety guards are installed.
Wear safety eye, face, hand or other protec- In addition, provide gloves designed for the
tive equipment. Disconnect the power source function and that reduce the hazards. Provide
from the tool (electrical, hydraulic, pneumatic or sizes to ensure a proper fit. Excessive force
mechanical) before adjusting, oiling or changing applied while using hand tools may result from
accessories. using poorly fitted gloves.
You must ground every electrical portable power One final issue involves horseplay. Horseplay
tool by a third safety-ground pin on the plug or accounts for a significant number of injuries as-
be designed with double-insulation. Double-insu- sociated with tools. Although tools are relatively
lated tools have a two-prong plug and a double- simple instruments and ones with which we are
insulated plastic housing. Ensure the integrity of very familiar, they can still be instruments that
the electrical connection at the plug or motor is cause injury, even death, if one is not careful. By
intact. Repair wires pulled loose or frayed insula- retaining a healthy respect for the tools we use,
tion before use. We recommend not to splice knowing how to use them well and only using
electrical cords. It is better to replace the cord. them for their intended use, we can prevent
When operating electrical tools in wet locations, many injuries.
ground-fault circuit interruption is necessary to
prevent accidental shock.
34