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Safe Aviation Fueling as A Habit: Building a Culture of Consistent Safety in Aircraft Refuelling Operations
Subject area: Science,Engineering and Technology · Area of research: Aviation
Abstract
Aircraft refuelling is a routine ground operation, yet it involves combustible material, high-value equipment, pressurized systems, electrical hazards, vehicle movement, environmental exposure and the possibility of human error. The routine nature of fueling can create a particular safety challenge: repeated tasks may become familiar enough for personnel to underestimate their hazards or normalize shortcuts. This journal examines safe aviation fueling as a habit rather than merely a procedural requirement. The paper reviews the major hazards associated with aircraft fueling, the role of standard operating procedures, fuel quality assurance, bonding and grounding, communication, personal protective equipment, emergency preparedness, human factors and organizational safety culture. It argues that reliable safety performance is strengthened when safe actions are repeated consistently until they become part of normal professional behavior. The paper also considers how supervision, training, reporting systems, risk assessment and continuous improvement can reinforce these behaviors. The study is based on a review of established aviation guidance and safety principles, with particular reference to ICAO, IATA, FAA and JIG materials. It concludes that safe fueling should be treated as a disciplined operational habit supported by competent personnel, fit-for-purpose equipment, effective procedures and a workplace culture in which unsafe conditions are identified and corrected before they develop into incidents.
Keywords
aviation fueling, aircraft refuelling, fuel safety, safety culture, human factors, fuel quality
References
[1] Federal Aviation Administration (FAA), “AC 00-34A: Aircraft Ground Handling and Services,” FAA, 1974.
[2] International Air Transport Association (IATA), “IATA Standard Fueling Procedures: Service Levels and Safety,” IATA, 2020.
[3] International Air Transport Association (IATA), “ISSA Standards Manual, Part I – Aeroplanes,” 7th ed., IATA, 2024.
[4] International Air Transport Association (IATA), “Technical Fuel: Fuel Quality, Fueling Operations and Technical Guidance,” IATA, 2026. IATA
[5] International Civil Aviation Organization (ICAO), “Manual on Civil Aviation Jet Fuel Supply,” Doc. 9977, AN/489, ICAO, 2012.
[6] International Civil Aviation Organization (ICAO), “Standards to Strengthen Measures to Ensure Safety During Refuelling,” Assembly Working Paper A41-WP/319, ICAO, 2022.
[7] Joint Inspection Group (JIG), “JIG 1 Standard: Aviation Fuel Quality Controls and Operating Standards for Into-Plane Fuelling Services,” Issue 13, JIG, 2021. Joint Inspection Group
[8] Joint Inspection Group (JIG), “JIG 2 Standard: Aviation Fuel Quality Controls and Operating Standards for Airport Depots and Hydrants,” Issue 13, JIG, 2021. Joint Inspection Group
[9] Joint Inspection Group (JIG), “JIG 4 Standard: Aviation Fuel Quality Control and Operating Standards for Smaller Airports,” Issue 4, JIG, 2021. Joint Inspection Group
[10] Joint Inspection Group (JIG), “EI/JIG 1530: Quality Assurance Requirements for the Manufacture, Storage & Distribution of Aviation Fuels to Airports,” JIG, 2019. Joint Inspection Group
[11] Joint Inspection Group (JIG), “Safety Information Document #2: Process Safety Management,” JIG, 2026.
[12] Joint Inspection Group (JIG), “Safety (HSSE) Resources and Guidance on Risk Assessment and Management of Change,” JIG, 2026.
[13] International Air Transport Association (IATA), “Fuel Servicing Guidance Materials.” [Online]. Available: IATA
[14] International Air Transport Association (IATA), “Technical Fuel.” [Online]. Available: IATA
[15] Joint Inspection Group (JIG), “Standards and Publications.” [Online]. Available: Joint Inspection Group
[16] Joint Inspection Group (JIG), “Safety (HSSE).” [Online]. Available: Joint Inspection Group
[17] Federal Aviation Administration (FAA), “AC 00-34A.” [Online]. Available: FAA
How to cite this paper
@article{1723659,
author = {Okoro Obinna, Adejubee F. M.},
title = {Safe Aviation Fueling as A Habit: Building a Culture of Consistent Safety in Aircraft Refuelling Operations},
journal = {Iconic Research And Engineering Journals},
year = {2026},
volume = {10},
number = {4},
pages = {310-317},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1723659.pdf},
abstract = {Aircraft refuelling is a routine ground operation, yet it involves combustible material, high-value equipment, pressurized systems, electrical hazards, vehicle movement, environmental exposure and the possibility of human error. The routine nature of fueling can create a particular safety challenge: repeated tasks may become familiar enough for personnel to underestimate their hazards or normalize shortcuts. This journal examines safe aviation fueling as a habit rather than merely a procedural requirement.
The paper reviews the major hazards associated with aircraft fueling, the role of standard operating procedures, fuel quality assurance, bonding and grounding, communication, personal protective equipment, emergency preparedness, human factors and organizational safety culture. It argues that reliable safety performance is strengthened when safe actions are repeated consistently until they become part of normal professional behavior. The paper also considers how supervision, training, reporting systems, risk assessment and continuous improvement can reinforce these behaviors.
The study is based on a review of established aviation guidance and safety principles, with particular reference to ICAO, IATA, FAA and JIG materials. It concludes that safe fueling should be treated as a disciplined operational habit supported by competent personnel, fit-for-purpose equipment, effective procedures and a workplace culture in which unsafe conditions are identified and corrected before they develop into incidents.},
keywords = {aviation fueling, aircraft refuelling, fuel safety, safety culture, human factors, fuel quality},
month = {October},
}