Connect ramp safety, ground handling, aircraft servicing, airport inspections, and corrective actions across every station and operating location.
Airport and aviation personnel work around aircraft, moving ground equipment, elevated service platforms, fuel systems, and baggage-handling machinery. Exposure changes throughout aircraft arrival, unloading, servicing, boarding, pushback, and departure.
Dexur EHS connects worker incidents, equipment findings, exposure concerns, and investigations to the aircraft stand, task, service provider, and operating conditions involved. Follow each issue from the initial report through assigned corrective work and verified closure.
Coordinate follow-up among airport operations, airlines, ground handlers, maintenance teams, fueling providers, and contractors while preserving their separate safety responsibilities.
Request an Aviation & Airports EHS DemoFrom report to resolution
Several organizations may work around the same aircraft within a short turnaround window. Baggage handlers, fuelers, caterers, cleaners, maintenance technicians, and boarding personnel share limited space while performing different tasks.
An equipment-positioning change can affect another team’s access. A delayed service can compress the remaining work. Rain, darkness, noise, and congested stands can make communication and visibility more difficult.
Safety teams need to understand the sequence of work and the interaction between services—not simply the location where an injury occurred.
Classify events and observations by operating phase:
For maintenance activities, retain the associated work order, equipment condition, isolation references, and access arrangements.
A belt-loader near miss may require review of approach speed, equipment condition, positioning, visibility, and communication with the loading crew.
A fall from a catering platform may involve platform alignment, edge protection, aircraft interface gaps, or equipment movement during service.
Connect the finding to its immediate controls, accountable organization, permanent correction, and verification evidence.
Capture injuries, ground-equipment events, aircraft-contact concerns, chemical exposures, and unsafe interactions during servicing.
Aviation and airport examples include:
Record the task, equipment, aircraft type where relevant, service provider, stand, weather, and operating phase.
Where an event may affect aircraft condition or operational safety, route it to the designated aviation personnel and retain the reference to their separate assessment.
Structure inspections around the equipment and work interfaces present at each location.
Inspection areas can include:
Associate findings with a specific asset or stand so repairs reach the correct owner.
Maintain records associated with assigned airport and ground-service duties.
Examples include:
An airport access badge establishes access permission; it does not demonstrate qualification to operate every vehicle or perform every servicing task.
Link qualifications to the role, equipment, employer, and location for which they are relevant.
Manage work arising from ramp observations, employee reports, equipment checks, inspections, and investigations.
Typical actions include:
Record equipment restrictions and temporary arrangements while repairs remain open. Verify changes during the task or operating condition in which the problem occurred.
Reporting categories can include:
Capture:
Record facts available at the time of reporting. Keep subsequent technical determinations identifiable rather than presenting an initial observation as a confirmed cause.
A baggage injury may involve loading height, cart position, bag characteristics, cargo-compartment access, and equipment availability.
A ground-equipment collision may involve visibility, congestion, defective controls, unclear traffic arrangements, or pressure created by a late turnaround.
An investigation should identify which conditions need to change and which organization can make that change.
| Requirement | Aviation & airport application | Records and follow-up to connect |
|---|---|---|
| Hazard Communication — 29 CFR 1910.1200 | Fuel, cleaning agents, deicing products, maintenance chemicals, and other hazardous workplace substances. | Chemical inventories, safety data sheets, labeling, training, and exposure findings. |
| Occupational Noise Exposure — 29 CFR 1910.95 | Applicable exposure from aircraft, auxiliary power units, ground equipment, and maintenance machinery. | Exposure assessments and hearing-conservation records where required. |
| Walking-Working Surfaces — 29 CFR 1910 Subpart D | Applicable platforms, access equipment, floor openings, and elevated work. | Inspections, access assessments, repair actions, and verification evidence. |
| Control of Hazardous Energy — 29 CFR 1910.147 | Covered servicing of baggage systems, ground equipment, and other machinery. | Isolation procedures, periodic inspections, training, and intervention-related findings. |
| Machine Guarding — 29 CFR 1910.212 | Exposed moving parts on conveyors and workshop machinery. | Guarding assessments, repair records, and access-control improvements. |
| Permit-Required Confined Spaces — 29 CFR 1910.146 | Tanks, pits, vaults, or other spaces meeting the standard’s criteria. | Space evaluations, permits, atmospheric-testing records, and rescue arrangements. |
| Respiratory Protection — 29 CFR 1910.134 | Maintenance or response tasks requiring respirators. | Program records, medical evaluation status, fit testing, and training. |
| Powered Industrial Trucks — 29 CFR 1910.178 | Forklifts and other equipment falling within the standard’s scope. | Operator training, evaluations, inspections, and equipment findings. |
| Injury and Illness Recordkeeping — 29 CFR Part 1904 | Covered occupational injury and illness recording and reporting. | Recordability reviews, OSHA forms where required, and supporting case information. |
| Construction Standards — 29 CFR Part 1926 | Applicable airport construction and construction-related activities. | Project-specific assessments, inspections, and contractor corrective actions. |
Determine applicability by the work activity, equipment, employer, and jurisdiction. Aircraft location alone does not establish that every airport workplace requirement falls under FAA oversight. OSHA provides separate industry guidance addressing occupational safety in aviation. Occupational Safety and Health ...
For covered airports, FAA Part 139 addresses airport certification and operational requirements. Relevant provisions include:
Connect related findings to their responsible airport programs while maintaining distinct occupational safety records. Part 139 certification and SMS requirements do not apply identically to every airport. ecfr.gov
An airport operator’s SMS and an airline’s SMS may address related events through different accountable organizations and regulatory frameworks.
Airport SMS requirements are established under Part 139 for covered airports. Part 5 addresses SMS requirements for covered aviation service providers. faa.gov
For example, a service vehicle contacting an aircraft may generate:
Link these reviews without treating an EHS action closure as aircraft maintenance approval or authorization for departure.
Assess how baggage moves between the cart, belt loader, cargo compartment, and sorting system.
Record factors such as:
OSHA’s baggage-handling guidance identifies force, repetition, and awkward posture as important ergonomic concerns. Use assessments to identify equipment or work-layout improvements and check whether those changes reduce the difficult handling steps. Occupational Safety and Health Administration
Catering platforms, passenger stairs, cargo loaders, and maintenance stands must interface with aircraft of different dimensions.
Record findings involving:
Verification should examine the actual servicing arrangement. A repaired platform may still require an operational review if the original event involved positioning or the aircraft interface.
Airport operators, airlines, ground handlers, fuelers, and maintenance organizations may share a location without sharing ownership of the equipment or work procedure.
Assign separate responsibilities for:
Retain the responsible employer and asset owner in the action record. A finding should remain traceable when a contractor changes or equipment transfers between stations.
Airport environmental activities can include:
EPA’s airport deicing requirements under 40 CFR Part 449 have specific applicability provisions. Track relevant discharge and permit obligations according to the airport’s operations and drainage arrangements rather than assuming one requirement applies to every deicing location. US EPA
Associate environmental findings with the stand, service activity, equipment, and drainage location so the repair addresses the source of the release.
Examples include:
Airport-wide totals can conceal recurring problems at a remote stand, with a particular equipment model, or during one stage of the turnaround.
Connect reports and findings to:
Consider potential severity, frequency of exposure, the reliability of existing controls, and whether the condition affects several organizations.
An engine-hazard-area incursion, an uncontrolled elevated platform, or a worker caught between equipment and aircraft requires attention even when no injury occurs.
Ramp Reports + Equipment Checks + Handling Assessments + Exposure Findings + Action History
→Identify the Stand, Task, and Service Interface
→Establish Immediate Controls
→Assign Equipment or Work-Method Improvements
→Verify During Representative Servicing
→Review Similar Stations and Equipment
Dexur EHS supports reporting, investigation, and follow-up. Aircraft technical decisions, airside movement permissions, and operational release remain with the designated aviation personnel and systems.
Use occupational injury outcomes alongside measures of equipment condition, hazard reporting, and verified improvement.
Compare stations with consideration for staffing, aircraft mix, service scope, and operating volume.
| KPI | What to measure | Aviation & airport application |
|---|---|---|
| OSHA TRIR and DART Rate | Applicable recordable and DART cases normalized by hours worked. | Review ramp, baggage, maintenance, terminal, and support activities with consistent workforce definitions. |
| Ground-Equipment Collision and Near-Miss Frequency | Events by equipment type, location, and relevant operating exposure. | Identify repeated vehicle, pedestrian, and aircraft-interface concerns. |
| Baggage and Cargo Handling Injuries | Cases and reported symptoms by transfer task and handling arrangement. | Prioritize difficult loading positions and equipment improvements. |
| Elevated Servicing Findings | Deficiencies involving stairs, loaders, platforms, and maintenance stands. | Track access gaps, edge protection, stability, and recurring positioning problems. |
| Equipment Inspection Completion | Required or scheduled checks completed on time. | Monitor coverage of ground-support equipment and servicing assets. |
| Open High-Potential Hazards | Number, age, interim controls, and escalation status. | Keep serious ramp, machinery, fall, and fuel-related concerns visible. |
| Chemical Exposure and Spill Events | Events by substance, equipment, task, and location. | Separate worker exposure from environmental release while linking shared causes. |
| Verified Corrective Action Closure | On-time closure supported by evidence and review. | Confirm repairs and procedural changes have been checked during use. |
| Service-Provider Safety Performance | Findings, incidents, and closure performance with appropriate exposure context. | Review ground handlers, fuelers, caterers, cleaners, and maintenance contractors. |
| Repeat Findings After Return to Service | Recurrence involving the same asset, stand, or failure mode. | Identify ineffective repairs and improvements that have not held under operating conditions. |
Keep denominators aligned with the activity. Worker hours may suit occupational injury rates, while aircraft turns or handling activity may provide context for selected ground-operation indicators.
Increased near-miss reporting can reflect improved participation and should be assessed alongside severity, exposure, and corrective follow-through.
Compare safety conditions across airports, stations, maintenance bases, and service providers.
Review:
Account for differences between a major connecting hub, a small outstation, a cargo operation, and a maintenance base.
Monitor issues associated with shared airport infrastructure and operating areas.
Track:
Identify where a correction requires airport action and where responsibility rests with a tenant or service provider.
See hazards associated with the local turnaround and available equipment.
Monitor:
Use the record to coordinate immediate adjustments and permanent changes.
Review repair actions, equipment history, and verification requirements.
Track faults that create worker exposure, including unreliable controls, damaged access equipment, leaking connections, and worn towing components.
Document what was repaired and any operating checks completed before equipment is returned to the responsible service team.
See restrictions, open findings, and assigned tasks affecting the current work area.
Maintain clear handovers when equipment is unavailable, a stand condition remains unresolved, or a temporary servicing arrangement is in place.
Retain the airline, service provider, equipment owner, and operating phase associated with each record.
Aviation ground events often involve several organizations. A belt-loader defect may require action from the ground handler and equipment owner. A platform injury may involve the service provider and aircraft-interface procedure. A spill may require both equipment repair and airport environmental follow-up.
Dexur EHS connects these responsibilities without losing the context of the original event.
Maintain the relationship between the event and the arrival, loading, servicing, or departure activity underway.
Understand how equipment placement and task timing affected the people involved.
Assign actions to the organization able to make the correction.
Keep airport infrastructure, airline procedures, contractor activities, and equipment ownership identifiable throughout follow-up.
Link incident reports with the ground-support asset and its repair history.
Recognize when repeated faults create recurring exposure across shifts or stations.
Associate baggage and cargo concerns with transfer height, access, load characteristics, and equipment availability.
Track whether the selected improvement changes the difficult part of the task.
Reference related aircraft, operational, and environmental assessments while preserving their separate owners and approvals.
Make shared corrective work visible to everyone responsible for follow-up.
Check the repaired equipment, revised layout, or updated work method under representative conditions.
Confirm that the change works with the aircraft type, stand arrangement, and task involved.
Identify comparable equipment, loading arrangements, and servicing interfaces elsewhere in the network.
Extend preventive actions where the same condition may exist.
Bring ramp incidents, ground-equipment findings, baggage-handling concerns, maintenance hazards, environmental activities, and corrective actions into one connected workflow.
See how Dexur EHS can help your organization manage worker safety from aircraft arrival and servicing through verified corrective action.