Aviation Fuel Farm Construction
AEAV builds turnkey aviation fuel farms for FBOs, airports, corporate flight departments, and aviation operators that need reliable fuel storage and dispensing infrastructure. The team supports new construction, expansions and phased projects where fueling operations may need to continue during construction.
With 35+ years in business and 150+ years of combined team experience, AEAV brings field-tested construction knowledge to Jet A, Avgas, SAF-ready, and multi-product aviation fueling systems.
Fuel Farm Construction Services
AEAV supports aviation fuel farm projects of different sizes and complexity, from smaller facility upgrades to large, multi-component fuel storage and distribution systems.
AEAV can support:
- New aviation fuel farm construction
- Greenfield fuel farm projects
- Fuel farm expansions & Refurbishments
- Jet A and Avgas fuel system construction
- SAF-ready fueling infrastructure
- Multi-product fuel storage and dispensing systems
- Fuel storage tanks and containment systems
- Aviation fuel piping installation
- Pump stations and transfer systems
- Filtration and water separation systems
- Control systems and electrical coordination
- Fuel dispensing equipment
- Startup, testing, and commissioning
What Matters Most During Fuel Farm Construction
| Construction Priority | Why It Matters | How AEAV Helps |
|---|---|---|
| Greenfield and Refurbish Execution | New builds and existing-site projects require different planning, access, sequencing, and coordination. | AEAV has experience with both new fuel farm construction and expansion or refurbish projects at existing aviation facilities. |
| In-House Fuel System Scope | Fuel farms often involve storage infrastructure, piping, pump stations, controls, and dispensing equipment. | AEAV can handle major aviation fuel system components in-house, helping reduce hand-offs and coordination issues. |
| Fuel Quality and Contamination Prevention | Construction practices can affect future fuel cleanliness, filtration performance, and contamination risk. | AEAV approaches construction with fuel quality control, system cleanliness, filtration, water separation, and commissioning requirements in mind. |
| Schedule and Milestone Tracking | Fuel farm construction can affect airport operations, inspections, equipment delivery, and project deadlines. | AEAV uses experienced project managers to coordinate schedules, track milestones, and manage construction progress. |
| Phased Airport Construction | Some airports and FBOs cannot fully shut down fueling operations during construction. | AEAV can phase work where needed to help maintain airport fueling operations while construction moves forward. |
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Construction for New Fuel Farms, Expansions, and Refurbishments
AEAV is experienced with both greenfield aviation fuel farm construction and expansion or refurbishment projects at existing facilities. That matters because an active airport environment often requires tighter coordination around access, safety, fueling continuity, equipment staging, inspections, and construction sequencing.
For existing fuel farms, AEAV can help expand capacity, replace aging infrastructure, upgrade filtration, improve pump stations, modify piping, add controls, or prepare the facility for future operational needs.
For new fuel farms, AEAV can support the installation of fuel storage infrastructure, containment, piping, pump systems, control systems, loading or offloading areas, dispensing equipment, testing, startup, and commissioning.
Built Around Fuel Quality, QA/QC, and Commissioning
Aviation fuel farm construction must protect long-term fuel quality. AEAV approaches construction with attention to system cleanliness, contamination prevention, filtration, water separation, component installation, testing, and commissioning.
That construction discipline is especially important for systems involving Jet A, Avgas, SAF readiness, hydrant fueling, or multi-product fuel storage. The goal is to build a system that performs correctly at startup and remains practical to inspect, maintain, and operate after commissioning.
Do You Have Questions About Your Fuel System Project?
Why Choose AEAV for Fuel Farm Construction?
Fuel farm construction is specialized work that requires aviation fueling knowledge, field coordination, QA/QC, and strong project management. AEAV can support projects ranging from smaller upgrades to large, complex aviation fuel farm systems.
Clients choose AEAV for:
- Experience across project sizes: Support for small, mid-size, large, and complex aviation fuel farm projects.
- Greenfield and retrofit capability: Experience with both new construction and expansion projects at existing aviation facilities.
- In-house fuel system scope: Support for fuel storage infrastructure, hydrant systems, piping, pump stations, controls, filtration, and dispensing systems.
- Fuel quality focus: Construction practices that consider contamination prevention, system cleanliness, filtration, testing, and commissioning.
- Experienced project managers: Schedule coordination, milestone tracking, active-site planning, and construction progress management.
- Phased construction capability: Work can be phased when needed to help maintain airport fueling operations.
Aviation Fuel Farm Construction FAQs
Aviation fuel farm construction is the building and installation of the infrastructure used to store, transfer, filter, control, and dispense aviation fuel. A fuel farm may include storage tanks, containment, pumps, piping, valves, filtration, water separation, control systems, truck loading or offloading areas, emergency shutoffs, and dispensing equipment for Jet A, Avgas, SAF-ready, or multi-product aviation fuel systems.
AEAV supports aviation fuel farm projects across a wide range of sizes, from smaller facility upgrades to larger and more complex fuel storage, piping, hydrant, pump station, control, and dispensing system projects.
AEAV is experienced with both greenfield aviation fuel farm construction and expansion or refurbishment projects at existing facilities. This includes projects where site access, airport operations, existing infrastructure, and construction sequencing must be carefully coordinated.
AEAV can handle major aviation fuel system construction components in-house, including fuel storage infrastructure, piping, pump stations, and control systems. This helps reduce hand-offs and improve project coordination.
AEAV approaches construction with fuel quality, system cleanliness, filtration, water separation, testing, and commissioning in mind. Proper installation and QA/QC practices help reduce contamination risk and support reliable long-term fuel system operation.
AEAV uses experienced project managers to coordinate schedules, track milestones, manage construction progress, and support communication between the project team, facility operators, inspectors, vendors, and other parties involved in the work.
When needed, AEAV can phase construction work to help maintain airport fueling operations. Phasing is especially important for active airports, FBOs, and flight departments that need to keep fueling available while upgrades, expansions, or retrofits are completed.