Aviation Fuel Systems for Airports
Airports need fuel systems that are safe, reliable, practical to maintain, and built around real airport operations. AEAV helps airport sponsors, airport directors, engineers, public works teams, and owners plan, design, build, upgrade, and refurbish aviation fuel systems for Jet A, Avgas, Sustainable Aviation Fuel (SAF), self-serve fueling, and airport-owned fuel farms.
Whether your airport is replacing an aging fuel farm, adding self-serve Avgas, improving Jet A storage, upgrading pumps and filtration, repairing old piping, or preparing a public project scope, AEAV brings aviation fueling experience from concept through completion.
Why airports need specialized fuel system planning
An airport fuel system affects safety, airport revenue, tenants, transient pilots, emergency users, maintenance teams, and long-term airport planning.
Airport directors need more than a tank installer. They need a fuel system partner that can help define the right scope, avoid unnecessary replacement, improve reliability, and build a system that fits the airport’s actual use.
Airport Fuel System Concerns and AEAV Solutions
| Airport Concern | How AEAV Helps |
|---|---|
| Aging fuel farm | Evaluates tanks, piping, pumps, filters, dispensers, controls, containment, and layout. |
| Unreliable fueling | Upgrades equipment that slows down or interrupts Jet A, Avgas, or self serve fueling. |
| Public budget pressure | AEAV's turnkey design-build approach helps public agencies stretch scarce capital resources by delivering projects more efficiently. |
| Vague project scope | Helps clarify equipment needs, layout, constructability, and maintenance requirements. |
| Safety expectations | Plans around fuel storage, handling, dispensing, emergency shutoff, filtration, and access control. |
| Tenant needs | Supports based aircraft, transient pilots, flight schools, FBOs, maintenance operators, and emergency users. |
| Self serve fueling | Designs Avgas or airport owned fueling systems with card reader access and safe aircraft movement. |
| Maintenance burden | Builds systems that are serviceable, documented, and easier for airport staff to manage. |
Airport fuel system services
AEAV supports airport fuel projects with:
- Aviation fuel farm design
- Fuel farm installation
- Fuel farm replacement
- Jet A systems, Avgas systems, SAF systems, self-serve systems
- Pumps, motors, filter assemblies, re piping, controls
- Dispensing systems, sump recovery systems
- In-house manufacturing
The goal is to build a fuel system that works for the airport’s traffic, tenants, safety needs, budget, and future growth.
What to plan before building or replacing an airport fuel farm
Before replacing a fuel farm or adding self serve fueling, the airport should define how the system will actually be used.
Key planning questions include:
- How much Jet A and Avgas the airport uses
- Who uses the fuel system
- Whether the system will be airport owned or FBO operated
- Whether self-serve access is needed
- Where fuel delivery trucks will enter
- How aircraft will move around the fueling area
- How fueling will continue during construction
A good fuel system plan should cover tank size, fuel type, pumps, motors, piping, filtration, meters, controls, card reader access, emergency shutoff, containment, electrical needs, maintenance access, documentation, and future expansion.
Jet A, Avgas, and self serve fueling options
Airports often need more than one fueling solution. Some need a full Jet A, SAF, and Avgas fuel farm. Others need self-serve capabilities, a replacement tank, a better dispenser, upgraded filtration, or a phased modernization plan.
Jet A systems support turbine aircraft, business aviation, charter, medevac, fire, law enforcement, and larger transient users. Avgas systems support piston aircraft, flight schools, recreational pilots, and based tenants. Self-serve Avgas systems can help airports provide after-hours access, reduce staffing pressure, and improve convenience for pilots.
Airport-owned fuel systems can also help public airports control pricing, revenue, access, and infrastructure decisions.
Tell Us About Your Project Needs.
We Are Here To Help!
FAA guidance, NFPA 407, and airport fuel safety
Airport fuel systems should be planned around applicable project requirements, local code, airport rules, FAA guidance, and recognized aviation fueling safety practices.
FAA AC 150/5230,4C provides guidance for aviation fuel storage, handling, dispensing, and personnel training on airports. NFPA 407 addresses safety provisions for aircraft fuel servicing procedures, equipment, and installations.
AEAV helps airports plan around the practical details that affect safety and operation, including emergency shutoff, bonding and grounding, spill containment, filtration, water separation, access control, fuel quality checks, documentation, staff training, and coordination with the local authority having jurisdiction.
Replacement vs. refurbishment
Not every airport can have a completely new fuel farm. In some cases, the feasible solution is to refurbish the existing system by replacing pumps, motors, filters, controls, dispensers, or piping. In other cases, the age, layout, capacity, or condition of the system makes full replacement the better long-term decision.
| Airport Situation | Likely Path |
|---|---|
| Slow fuel flow | Evaluate pumps, filters, piping restrictions, and dispenser layout. |
| Aging but usable system | Consider targeted refurbishment instead of full replacement. |
| Old or leaking piping | Re piping or partial system replacement may be needed. |
| Fuel quality concerns | Review filtration, water separation, sump practices, and maintenance records. |
| Poor site layout | Redesign vehicle access, aircraft movement, delivery access, or dispensing area. |
| Growing fuel demand | Review tank capacity, delivery frequency, future expansion, and aircraft mix. |
| Frequent downtime | Replace unreliable pumps, motors, controls, filters, or dispensing components. |
| Public capital project | Consider full modernization if the old system limits future use. |
Fuel quality, filtration, and sump recovery
Fuel quality is one of the most important responsibilities connected to airport fueling. Airports need systems that help keep Jet A and Avgas clean, dry, and ready for safe aircraft fueling.
AEAV helps upgrade and maintain the components that support fuel quality, including filtration, Jet A filter vessels, Avgas filtration, water separation, pumps, piping, controls, and sump recovery systems.
Sump recovery can help airports reduce waste fuel from routine fuel checks, lower disposal burden, and recover usable fuel. A well planned system also makes it easier to keep fuel inspection logs, filter maintenance records, sump check procedures, and service documentation.
Do You Have Questions About Your Fuel System Project?
Why airports work with AEAV
Airport fuel projects need a contractor that understands aviation fueling, not just tanks and piping. AEAV focuses on aviation fuel systems and supports airport projects with planning, design, fabrication, construction, installation, refurbishment, and long term system knowledge.
AEAV works with the fuel system components that matter most to airport reliability, including fuel farms, Jet A systems, Avgas systems, SAF, self-serve fueling, pumps, motors, piping, filter assemblies, controls, dispensing equipment, and sump recovery systems.
For airport directors, engineers, and owners, that means a clearer project scope, fewer unnecessary upgrades, better system reliability, and fuel infrastructure built around real airport operations.
Airport Fuel System FAQs
An airport fuel system should be based on fuel demand, aircraft mix, Jet A and Avgas needs, airport layout, tenant activity, delivery access, staffing, safety requirements, and future growth. Some airports need a full Jet A and Avgas fuel farm, while others need self-serve Avgas, a replacement tank, upgraded pumps, new filtration, or refurbishment of the existing system.
Many general aviation airports use self-serve Avgas systems to support based aircraft and transient pilots. A self-serve system should include safe aircraft access, card reader access, emergency shutoff, lighting, signage, fuel quality checks, containment, and maintenance access.
FAA AC 150/5230-4C provides guidance for aviation fuel storage, handling, dispensing, and personnel training on airports. Airports should also consider local fire code, environmental requirements, airport sponsor obligations, and project-specific engineering requirements.
NFPA 407 is the Standard for Aircraft Fuel Servicing. It addresses safety provisions for procedures, equipment, and installations used during aircraft ground fueling.
It depends on the condition of the tanks, piping, pumps, filtration, controls, containment, layout, and current fuel demand. Some airports can extend the useful life of an existing system with targeted upgrades. Others need full replacement because of age, reliability, safety, capacity, or layout problems.
A strong scope should include fuel type, tank capacity, site layout, delivery access, aircraft access, pumps, motors, piping, filtration, meters, controls, card reader requirements, emergency shutoff, containment, electrical needs, construction phasing, documentation, training, and maintenance expectations.