AHA

AI-Assisted Activity Hazard Analysis (AHA) Generator

This tool helps you quickly develop a comprehensive, professional-grade Activity Hazard Analysis (AHA) tailored to your specific project or work activity.
By combining your input with regulatory guidance and industry best practices, the system generates a structured document that includes:

  • Job steps, hazards, and control measures
  • Activity safety considerations and regulatory references

  • Role-based responsibilities for prime contractors, subcontractors, and consultants

  • Required training and PPE recommendations

Provide as much information as you can.
The system will automatically supplement missing details using OSHA, NIOSH, ANSI, and other authoritative sources to create materials that can be used to create a comprehensive AHA and materials for safety meeting.

Purpose: to support supervisors, safety professionals, and field engineers in preparing clear, compliant, and consistent hazard analyses that improve understanding and control of worksite risks.

Short descriptive title of the operation (“Environmental Site Investigation”, “Trenching for Utilities”, etc.)
Briefly describe your task
e.g., Construction, Environmental, Manufacturing.
Please provide major project/task steps - list of phases or activities (“Mobilization, Drilling, Sampling, Demobilization”).
Expected or identified hazards or exposures (“Traffic, Confined Space, Silica, Weather”).
Please your company's project role: “Prime Contractor”, “Subcontractor”, “Contractor with Subcontractors”, “Field Engineer / Consultant”.
Please share any additional information related to activity hazard analysis

Optional Contact Information

Please provide optional contact information to receive the generated AHA
Preparer's Name

Activity Hazard Analysis (AHA)

Activity Title: Drilling with 8250 LS Sonic Drill Rig on a Shoulder of I-95 Prepared by: Vlad (e-SafetyPro, [email protected]) ---

Purpose

The purpose of this Activity Hazard Analysis (AHA) is to identify potential hazards associated with the operation of a 8250 LS Sonic Drill Rig on the shoulder of I-95 in New Jersey and to establish safety controls to mitigate risks to workers, traffic, and the surrounding environment.

Project-Wide Hazards & Controls

Hazards:

1. Traffic Hazards: Proximity to moving vehicles on I-95 can lead to accidents. 2. Noise Exposure: Operation of the drill rig creates high noise levels. 3. Site Conditions: Uneven terrain and potential for ground instability. 4. Equipment Hazards: Risks associated with operating heavy machinery. 5. Environmental Hazards: Potential for spills or leaks affecting soil and water.

Controls:

1. Traffic Control Plan: Implement a traffic control plan with signage and barriers per DOT guidelines. 2. Hearing Protection: Provide earplugs or earmuffs to mitigate noise exposure. 3. Site Assessment: Conduct a pre-drilling site assessment to identify and address site conditions. 4. Equipment Training: Ensure operators are certified and trained in safe operation of the drill rig. 5. Spill Containment: Have spill kits readily available on-site to address any environmental incidents. ---

Step-by-Step Hazards & Controls

Major Steps:

1. Set Up Drill Rig - Hazards: Equipment malfunction, uneven terrain. - Controls: Conduct pre-use inspections; level the rig on stable ground. 2. Establish Traffic Control - Hazards: Inadequate protection from traffic. - Controls: Set up cones, signage, and barriers; deploy flaggers as needed. 3. Drill Operation - Hazards: Noise exposure, mechanical hazards. - Controls: Use hearing protection; ensure all personnel maintain a safe distance from the drill rig. 4. Post-Drilling Procedures - Hazards: Ground instability; potential for equipment accidents during breakdown. - Controls: Secure site; conduct a post-operation inspection of the site and equipment. 5. Site Restoration - Hazards: Environmental impact, slips, and falls. - Controls: Follow environmental guidelines for restoration; ensure the area is clean and safe. ---

Multi-Employer Responsibilities


Lead Contractor: Responsible for overall safety management and communication of hazards.
Subcontractors: Ensure that their workers are trained, equipped, and informed of site-specific hazards and controls.
Traffic Management: Collaborate with local authorities to ensure compliance with traffic management plans. ---

Training


Drill Rig Operation Training: Mandatory for all operators.
Traffic Safety Training: Required for all personnel on-site.
Environmental Awareness Training: To address potential spills and environmental impacts. ---

Personal Protective Equipment (PPE)


• Hard hats
• High-visibility vests
• Steel-toed boots
• Hearing protection (earplugs or earmuffs)
• Gloves
• Safety glasses or face shields ---

Regulatory References


• OSHA 29 CFR 1926.651(b)(1) – Protection of Employees in Excavation
• NIOSH Publication No. 2022-105 – Noise and Hearing Conservation
• DOT/FHWA Traffic Control Guidelines ---

Notes/Recommendations


• Conduct a daily safety briefing before work begins to review hazards and controls.
• Ensure that all equipment is maintained and inspected regularly to prevent malfunctions.
• Engage with local authorities regarding traffic management and ensure they are aware of the project schedule.
• Monitor weather conditions as they may affect site safety and drilling operations. This AHA should be reviewed and updated as conditions change or as new hazards are identified. All personnel must be familiar with this AHA and adhere to the outlined safety measures.
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