Aviation Fuel Systems for FBOs
AEAV provides FBOs with turnkey aviation fuel system services. We design, build, install, expand, upgrade, and refurbish aviation fuel systems for Jet A, Avgas, Sustainable Aviation Fuel (SAF), truck loading, self-serve fueling, pumps, motors, filter assemblies, piping, controls, dispensers, and sump recovery systems.
Whether your FBO is building a new fuel farm, opening a new facility, expanding Jet A capacity, adding Avgas, adding Sustainable Aviation Fuel (SAF), improving truck loading, upgrading filtration, or modernizing an older system, AEAV helps build fuel infrastructure that keeps fuel moving.
Build the Right Fuel System for Your FBO’s Growth
An FBO fuel system should be designed around daily movement, not just tank size. Trucks need to load efficiently. Aircraft need safe access. Filters, pumps, and controls need to support real demand. Maintenance teams need serviceable equipment. Customers need fast turnaround service.
For a new FBO facility or expansion, early fuel system planning can prevent expensive layout problems later. The location of the tanks, truck loading area, dispensers, delivery access, containment, and future expansion space can affect operations for years.
AEAV helps FBOs think through those decisions before equipment is selected or the site layout is locked in.
New FBO Fuel Farm Design and Installation
AEAV supports new fuel farm projects from early planning through installation. For new builds, the goal is to create a system that is safe, efficient, maintainable, and designed for real FBO operations.
For FBOs, new construction is the best time to get the fuel system right. Layout decisions made early can affect fuel truck movement, delivery access, line service workflow, maintenance access, customer service, and long-term operating cost.
FBO Fuel System Pain Points AEAV Solves
| FBO Need | How AEAV Helps |
|---|---|
| New FBO facility | Designs and installs new fuel systems around fuel sales, truck access, aircraft movement, and future growth. |
| New Jet A service | Plans Jet A storage, filtration, truck loading, dispensing, controls, and expansion capacity. |
| Avgas or self serve fueling | Builds Avgas and self serve fueling systems for based aircraft, flight schools, and transient pilots. |
| Growing fuel demand | Reviews tank capacity, delivery frequency, truck loading, dispensing speed, and future expansion. |
| Truck loading bottlenecks | Improves loading layout, pump performance, piping, controls, and workflow. |
| Aging fuel farm | Determines whether the system needs full replacement, expansion, or targeted refurbishment. |
| Fuel quality concerns | Supports filtration, water separation, sump procedures, maintenance access, and documentation. |
Keep Fuel Sales Moving
FBO fuel systems should be designed to support revenue. If the system is undersized, slow, difficult to access, or hard to maintain, the FBO may lose time, fuel sales, and customer confidence.
AEAV helps FBOs build and improve the systems that affect daily fuel availability. The goal is simple: reliable availability, efficient line service, safe fueling, and a system that supports the FBO’s growth plan.
Our Experienced Team Can Help Your Evaluate Your Needs
Jet A, Avgas, Truck Loading, and Self Serve Fueling
FBOs need fuel systems that match how fuel is sold and moved. Jet A systems support turbine aircraft, corporate aviation, charter, cargo, medevac, and transient traffic. Avgas systems support piston aircraft, flight schools, based tenants, and general aviation customers.
Truck loading and offloading should be planned early in a new build or expansion. A fuel farm can have enough storage and still create delays if trucks load slowly, access is awkward, or equipment is not sized for real operating demand.
Self serve Avgas may also be useful for FBOs that want to serve pilots after hours, reduce staffing pressure, or support high-volume general aviation activity.
Fuel Quality and Sump Recovery
Fuel quality has to be protected without making daily operations harder than they need to be. FBOs need filtration, water separation, accessible sump points, and maintenance procedures that are easy to follow.
AEAV equips its fuel systems with sump recovery systems for FBOs that want to reduce waste fuel from routine checks. This can help lower disposal burden and improve the efficiency of daily quality-control procedures.
Safety, NFPA 407, and Line Service Workflow
FBO fuel systems should support safe aircraft fueling, efficient line service, and practical maintenance. That means planning around emergency shutoff, bonding and grounding, spill containment, filtration, water separation, hose and dispenser access, truck movement, staff procedures, and maintenance documentation.
NFPA 407 is important because it addresses aircraft fuel servicing procedures, equipment, and installations. For FBOs, the standard connects directly to how line crews fuel aircraft every day.
Do You Have Questions About Your Fuel System Project?
Why FBOs Work With AEAV
FBOs work with AEAV because fuel infrastructure affects revenue, speed, safety, and customer experience.
AEAV brings aviation-specific fuel system experience to new builds, expansions, replacements, and targeted upgrades. The company helps FBOs build systems that are practical for daily operations, serviceable over time, and aligned with the way the business plans to grow.
Fixed-Base Operators Fuel System FAQs
An FBO fuel system should be designed around daily fuel demand, aircraft traffic, Jet A, SAF and Avgas needs, fuel truck loading, storage capacity, filtration, containment, delivery access, and future expansion. The right system is not only about tank size, but it is also about helping line service crews fuel aircraft safely, quickly, and reliably.
AEAV helps FBOs plan, design, equip, construct, and upgrade aviation fuel farms. This can include Jet A systems, Avgas systems, Sustainable Aviation Fuel (SAF) systems, storage tanks, pumps, piping, filtration, containment, controls, truck loading areas, dispensers, and compliance-related fuel system components.
An FBO should start fuel system planning early in the facility design or expansion process. Tank placement, delivery routes, truck loading areas, aircraft movement, containment, emergency shutoffs, and future expansion space can all affect the final layout. Early planning helps avoid costly redesigns and operational bottlenecks.
Common problems include undersized fuel storage, slow truck loading, aging pumps, outdated filtration, inefficient piping, poor maintenance access, limited expansion space, and layouts that do not match daily line service workflow. These issues can slow fueling, increase downtime, affect fuel quality, and reduce customer service performance.
Fuel sales are a major revenue driver for many FBOs. A well-designed fuel system helps keep fuel available, trucks moving, aircraft serviced efficiently, and customers confident. A slow, unreliable, or undersized system can create delays, missed sales opportunities, and a weaker customer experience.
An FBO should consider current and projected fuel volume, Jet A and Avgas demand, delivery frequency, tank capacity, truck loading speed, filtration, pump performance, containment, site access, maintenance needs, and future aircraft traffic. The best upgrade solves real operational bottlenecks instead of simply adding more storage.
FBOs should consider spill containment, emergency shutoff access, bonding and grounding, fuel filtration, water separation, fire safety, dispensing equipment, truck movement, maintenance procedures, and applicable aviation fueling standards. NFPA 407 is especially relevant because it addresses aircraft fuel servicing equipment, procedures, and safety requirements.
Aviation fuel systems require more than general construction knowledge. An FBO fuel system must account for fuel quality, aircraft access, line service workflow, truck loading, storage, filtration, safety controls, compliance, and long-term serviceability. AEAV brings aviation-specific fuel system experience so the finished system supports real FBO operations, not just a construction plan.