Blog Post
Simplify your safety program with our free EHS compliance checklist. Download customizable templates to conduct audits, assign tasks, and track corrective actions.
Key Takeaways:
This guide provides free, downloadable EHS compliance templates, including a customizable Google Sheet and a printable PDF, designed to help managers streamline their safety audits.
It outlines a practical system for using these checklists effectively, focusing on assigning ownership, setting inspection frequencies, and properly documenting evidence to create a clear audit trail.
Learn how to move beyond simply finding issues by implementing a robust corrective action process that ensures problems are not just logged, but permanently fixed and verified.
This guide is for maintenance managers, team leads, or anyone responsible for starting or managing an EHS program. Use it as a practical starting point and adapt it over time to fit your specific equipment, processes, and facility requirements.
This resource includes a step-by-step guide on how to use a checklist, a comprehensive list of inspection items, and free templates you can use immediately, including a customizable Google Sheet and a printable PDF.
A good checklist needs a system. For every inspection item, establish who is responsible and how often it needs to be checked.
Every task needs a clear owner. Here’s a look at typical roles and their involvement in EHS tasks:
Role | Policy Setting | Resource Approval | Daily Checks | Weekly Review | Monthly Audit | Major Audit Approval |
EHS Lead | ✔️ | ✔️ | ✔️ | ✔️ | ✔️ | |
Area Supervisors | ✔️ | ✔️ | ||||
Peer Auditor | ✔️ | ✔️ | ||||
Ops/Exec Approver | ✔️ | ✔️ | ✔️ |
Define inspection frequencies based on risk:
Daily: Focus on high-risk items or critical operational checks.
Weekly: Good for most regular inspections and process verifications.
Monthly/Quarterly/Annual: For less frequent but important reviews, certifications, or major audits.
Pro Tip: If you don't have a regular audit schedule, start with a complete, top-to-bottom facility inspection. This creates a baseline from which you can schedule recurring checks for specific areas.
You need a clear way to track findings and prioritize remediations. This table provides an example of how you might structure your own EHS checklist:
Checklist Item | Status (Pass/Fail/N.A.) | Evidence (Photo/File Link) | Notes | Risk (L/M/H) | Owner | Due Date | Follow-Up Date |
Fire extinguisher accessible and charged? | Pass | Link to photo_FE_01.jpg | Clear path, gauge in green | L | J. Smith | ||
Emergency exit path clear of obstructions? | Fail | Link to photo_Exit_03.jpg | Boxes blocking 1/2 exit width | H | A. Johnson | 2024-10-10 | 2024-10-12 |
Status: Pass / Fail / N.A.
Evidence: Attach a photo. A picture is undeniable proof.
Notes: Add context for clarity.
If "Fail": Assign a Risk Level (Low/Medium/High), an Owner for the fix, and a firm Due Date.
Using a digital tool or mobile maintenance app can streamline this by allowing you to capture photos and assign tasks directly from the floor.
The goal of an inspection is not just to find problems but to ensure they are fixed permanently. Your corrective action process must resolve and prevent problems.
When a "Fail" occurs, triage it quickly:
Severity: Impact on People, Environment, or Compliance.
Likelihood: Probability of recurrence.
Due Date: Firm deadline.
Responsible: Specific individual assigned.
Verification: How will the fix be confirmed?
Always add a "proof of fix" photo or file. Should the issue recur or you face an audit, a digital trail can help you avoid penalties and troubleshoot issues.
Use these modules as a starting point. Adapt the questions to your facility, keeping them action-oriented and easy to verify.
Clear paths ensure a safe and fast evacuation during emergencies.
Are walkways and exit paths clear?
Are exit doors unlocked from the inside and unblocked?
Are exit signs and emergency lights visible and working?
Knowing what to do and where to find supplies saves critical time in an emergency.
Are evacuation maps posted and current?
Are first-aid kits and alarms accessible and inspected?
Are emergency coordinators trained and their contact info posted?
Working fire controls stop small problems from becoming major disasters.
Are fire extinguishers charged, inspected, and accessible?
Is there at least 24 inches of clearance below sprinkler heads?
Are "No Smoking" and "Hot Work" rules posted and enforced?
Proper storage of flammables prevents fires and explosions.
Are flammable liquids in approved, closed cabinets?
Is equipment grounded when transferring flammable liquids?
Are combustibles kept away from heat and sparks?
A tidy workplace prevents most slips, trips, and falls.
Are cords and hoses kept off walkways?
Are floors clean, dry, and in good repair?
Is lighting bright enough for the work being done?
Controlling who enters your facility protects people and property.
Are exterior doors kept closed and not propped open?
Do visitors sign in and have an escort?
Are restricted rooms (electrical, etc.) locked?
Build simple, verifiable checks that align with core environmental rules. For detailed guidance on how to adhere to environmental regulations, visit the EPA’s document guidance center.
Simple habits reduce harmful air emissions and ensure compliance.
Are solvent and paint containers kept closed?
Are solvent rags in covered, fire-safe cans?
Do parts washers have tight-fitting lids that are kept closed?
Stopping pollution from entering drains protects waterways and avoids fines.
Are drains marked "No Dumping"?
Is equipment checked for leaks, and are spills cleaned up promptly?
Are sump pits inspected and cleaned regularly?
Labeling and storing waste correctly prevents spills and meets regulations.
Are hazardous waste containers closed, labeled correctly, and in good condition?
Are waste collection points inspected often?
Is used oil stored in closed containers labeled "Used Oil"?
Basic checks prevent shocks, fires, and equipment downtime.
Is there 3 feet of clear space in front of electrical panels?
Are cords and plugs undamaged, with no exposed wires?
Are extension cords used only for temporary tasks?
Are GFCIs used and tested in wet areas?
Working guards and E-stops are critical to preventing serious injuries.
Are machine guards and safety interlocks in place and working?
Are emergency stops easy to reach, clearly marked, and tested?
Are tool guards adjusted correctly?
Are hydraulic lines, belts, and hoses intact and not leaking?
Good ergonomics prevents strain injuries and improves productivity.
Are workstations set up to reduce strain (e.g., screens at eye level)?
Are carts or dollies available and used for heavy lifting?
Is team-lifting or job rotation used for repetitive, heavy tasks?
Storing cylinders securely prevents explosions and projectile hazards.
Are cylinders clearly labeled with their contents?
Are cylinders stored upright, capped, and secured to prevent tipping?
Are valves and hoses in good repair?
Safe equipment and trained operators prevent collisions, tip-overs, and falls.
Are daily inspections done and logged?
Are operators trained, and do they wear seatbelts?
Are propane valves closed when parked?
Is fall protection used in aerial lifts?
Everyone should know what chemicals they work with and how to stay safe.
Are all chemical containers, including spray bottles, labeled with the product and its hazards?
Do employees know how to find Safety Data Sheets (SDSs)?
Is food and drink kept out of chemical areas?
Is chemical safety training documented?
Safe rigging and clear paths prevent deadly dropped-load accidents.
Are hoists and slings inspected and certified?
Are loads within the weight limit and rigged properly?
Is the area clear of people below the lift?
Are operators trained for the specific hoist they are using?
Using the right equipment the right way prevents falls from heights.
Are ladders in good condition and used with 3 points of contact?
Are metal ladders kept away from electrical work?
Are scaffolds inspected by a competent person before use?
Is fall protection used when required?
The right gear, worn correctly, prevents injury and illness.
Is the correct PPE for the task available and clean?
Are respirator users fit-tested and clean-shaven?
Are earplugs available and are workers trained to use them?
Is PPE training documented?
Correctly used gear can save a life during a fall.
Is fall protection gear inspected before each use?
Are anchor points rated for the load?
Is fall protection used at required heights?
Is gear stored properly to prevent damage?
Clear and stable surfaces are key to preventing slips and trips.
Are walkways free of trip hazards like cords or tracks?
Are floors kept dry and slip-resistant?
Do stairs have secure and continuous handrails?
Are edges and steps clearly marked?
Your documentation is your proof of compliance. For regulators and auditors, if it wasn’t documented, it didn’t happen. A clear audit trail proves you are not just identifying issues but actively resolving them.
Log It All: Maintain dated records for every inspection, hazard identified, and corrective action taken. This creates a clear timeline of your safety efforts.
Use Digital Tools: EHS software or a CMMS helps centralize data, automate follow-up reminders, and generate reports instantly, saving you time and ensuring nothing is missed.
Close the Loop: An open issue is an open liability. Don't just find a problem—track it until the corrective action is completed, verified, and effective.
A generic checklist is a starting point, not a complete solution. Tailor your inspections to address the specific hazards unique to your equipment and operating environment.
Focus on your facility's high-risk areas. Common examples include:
Chemicals: Check for accessible eyewash stations, safety showers, spill containment kits, and up-to-date Safety Data Sheets (SDS).
Motorized Equipment: Inspect brakes, lights, horns, and tire pressure on forklifts or other vehicles. Verify operator certifications are current.
Gas Appliances: For furnaces, boilers, or stoves, confirm that carbon monoxide (CO) detectors are functional and ventilation is unobstructed.
Food Service/Manufacturing: Verify sanitation schedules, temperature logs, and cross-contamination prevention measures are being followed.
Environmental Operations: Inspect spill prevention plans (SPCC), erosion controls, hazardous waste storage, and air/water discharge points.
This checklist adapts its structure from the comprehensive EHS audit framework published by Wichita State University. While their original document is for laboratory environments, this version has been generalized for broader facility use. For those in lab settings, we highly recommend consulting the original source for more specific details.
To help you get started immediately, we’ve created two ready-to-use checklist templates. Choose the one that best fits your needs.
General Facility EHS Checklist (Google Sheet)
This customizable checklist is designed for any industrial or facility environment and directly matches the sections covered in this guide. The file includes two tabs:
Checklist - Working: Use this tab to perform your inspections and log your findings.
Checklist - Builder: Use this tab to add, remove, or re-categorize checklist items to perfectly match your facility’s specific needs.
Access the Google Sheet Checklist Template Here
Laboratory & Research EHS Audit Checklist (PDF)
As mentioned in our sources, this is the comprehensive lab-focused template from Wichita State University. It is an excellent resource for any organization working in a laboratory or research environment with specific chemical and biological safety requirements.
Download the Laboratory Safety PDF Here
Start monthly for general compliance. Add weekly or daily checks for high-risk areas or where you've had incidents.
This checklist is a practical foundation. Pair it with your specific regulatory requirements and written safety programs for complete compliance.
Document everything with photos and dates, fix high-risk items immediately, and run practice audits monthly. Keep your corrective action log current with proof of completion for every fix.
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