EM 385 Accident Prevention Plan Development

Comprehensive APP includes multiple components organized logically for easy reference by all personnel. Title page and document control information establishes document purpose, project identification, revision status, approval signatures, and distribution list. Table of contents and cross-references facilitates document navigation and reference to specific sections. Project overview and work description provides context describing project scope, location, duration, and construction activities at high level. Organizational structure and responsibilities establishes clear lines of authority, identifies key personnel including project manager, safety officer, and supervisors, and describes reporting relationships. Safety management procedures describes general contractor safety policies, requirements for permit systems, equipment maintenance, incident investigation, and corrective action. Hazard identification and risk assessment systematically identifies all project hazards using work breakdown structure, describes hazard severity and probability, and prioritizes hazards requiring specific control attention. Control measures and safe work practices describes specific procedures, safeguards, and work practices addressing identified hazards. Training and competency requirements identifies training needed for different personnel, describes training methods, and establishes competency verification. Emergency procedures and contingencies addresses response to foreseeable emergencies including injuries, medical emergencies, spills, fires, and environmental incidents. Performance monitoring and metrics establishes methods for measuring safety performance and effectiveness of controls. APP complexity and depth varies based on project size, hazard level, and complexity. Small projects may require APP 20-50 pages while large complex projects may require APP 100+ pages. Effective APP uses flowcharts, matrices, work procedures, and visual aids to communicate requirements clearly.

APP development begins with systematic identification of all project hazards through structured hazard identification process. Work breakdown structure analysis develops detailed list of individual construction activities and tasks. Struck-by hazards identification recognizes risks from falling objects, swinging loads, and moving equipment capable of striking workers. Caught-between and pinch point hazards identification examines machinery, collapsing materials, and closing or moving equipment creating caught-between hazards. Fall hazards and height requirements recognizes work at elevation, sloped surfaces, and openings creating fall hazards. Electrical hazards identification recognizes risks from energized equipment, overhead power lines, and ground faults. Confined space hazards identification recognizes atmospheric hazards, engulfment risks, and internal hazard within enclosed spaces. Excavation and trenching hazards identification recognizes cave-in, struck-by, and caught-between hazards unique to earthwork. Environmental and weather hazards identification considers heat stress, cold exposure, noise exposure, and adverse weather affecting work safety. Chemical and material hazards identification recognizes hazards from flammable, toxic, or otherwise hazardous substances used in project. Noise and vibration exposure identification recognizes potential hearing damage and hand-arm vibration syndrome risks. Each hazard receives severity rating assessing consequences ranging from minor injuries through fatalities. Each hazard receives probability assessment estimating likelihood of occurrence. Severity and probability inform control selection with highest-severity and highest-probability hazards receiving focused attention and robust control measures.

APP describes specific control measures addressing each identified hazard using established hierarchy of controls prioritizing most effective measures. Hazard elimination strategies removes the hazard entirely such as eliminating scaffolding through use of lifts or eliminating trenching through vacuum excavation. Material and process substitution replaces hazardous materials or processes with less hazardous alternatives such as substituting non-flammable solvents for flammable ones. Engineering control design incorporates physical safeguards preventing hazard exposure such as guardrails preventing falls, guards preventing struck-by injuries, or ventilation eliminating atmospheric hazards. Guard and barrier requirements establishes specifications for guardrails, barriers, and enclosures meeting appropriate standards. Administrative procedures and policies establishes work procedures reducing hazard exposure such as traffic control procedures, confined space entry procedures, or lockout/tagout procedures. Safe work practice procedures documents specific procedures workers must follow to perform work safely. Personal protective equipment selection identifies appropriate PPE for specific hazards such as hard hats for struck-by, safety glasses for eye hazards, hearing protection for noise. Control effectiveness verification ensures selected controls actually prevent or reduce injuries through inspection, testing, and performance monitoring. Maintenance and inspection schedules establishes frequency and procedures for maintaining controls in safe operating condition. Non-compliance enforcement establishes consequences for failing to follow established controls, recognizing that poorly-enforced controls become ineffective. Controls are often layered with multiple controls addressing single hazard providing redundancy if one control fails.

APP clearly assigns safety responsibilities to specific positions and individuals ensuring all personnel understand their role and accountability. Project manager responsibilities include overall safety program leadership, resource allocation for safety programs, oversight of safety performance, and management review and continuous improvement. Safety officer authority and duties establishes safety officer independence and authority to stop unsafe work, investigate incidents, and enforce safety policies. Supervisor safety responsibilities assigns day-to-day safety oversight including tool box safety talks, work site inspections, hazard monitoring, incident response, and worker coaching. Worker responsibility for compliance establishes expectation that all workers comply with safety requirements, report hazards, and participate in safety programs. Training program development establishes systems for identifying training needs, developing training content, and delivering training to appropriate personnel. Hazard-specific training requirements identifies training needed for personnel working with particular hazards such as confined space entry training, fall protection training, or equipment operation certification. Competency verification methods establishes how competency is assessed through written testing, practical demonstrations, or supervisor evaluation. Training record maintenance documents all training delivered including training type, content, date, trainer, attendee names, and test results. Refresher training schedule establishes how often training is repeated, typically annually or when procedures change. Performance evaluation criteria incorporates safety performance into personnel performance evaluations recognizing safety as legitimate performance dimension.