Commercial aircraft on apron, aerial view — illustrating the recovery cycle

End-of-life · Green Recycling

Aircraft End-of-Life & Green Recycling

Africa's first dedicated aircraft recovery center. Industrial, traceable and ecological dismantling that turns up to 95% of an aircraft into a resource.

Recycling

Our approach to «Recycling»

The aircraft dismantling market keeps growing as hundreds of commercial aircraft reach their end-of-life each year. For the African continent, AéroNéo Algeria is opening the first dedicated facility — designed not as a scrapyard, but as an industrial recovery workshop.

We call this approach Green Recycling. It relies on a methodical dismantling process aligned with the Best Management Practices of the AFRA (Aircraft Fleet Recycling Association), with prior de-pollution, full traceability of each removed part and systematic routing toward proper valorization streams.

The result: up to 95% of an aircraft's mass recovered — either as certified Used Serviceable Material (USM) returned to the second-hand market, or as raw materials remelted. The ultimate residue is processed through compliant environmental channels.

Eco ice-blast paint stripping

Where most centers rely on aggressive chemical agents to strip aircraft paint, we project ice: a clean process that dramatically reduces toxic residues. The meltwater, only loaded with paint particles, is collected in a dedicated containment.

High-value parts recovery

Removal and reconditioning of engines, landing gear, APUs, computers, avionics blocks and cockpit equipment. Returned to the second-hand aeronautical market as traceable parts (USM — Used Serviceable Material).

3D-printing titanium stream

Titanium structural parts are not merely remelted: in partnership with a research university, we explore their transformation into powder for additive manufacturing (metal 3D printing). A high-value-added recovery route.

Structured materials chain

Sorting of alloys, composites and non-reusable materials, then transfer to an industrial smelting and compression chain for re-introduction into the circular economy.

Solar energy autonomy

The site is designed to operate in energy autonomy — solar panels on the hangar roofs, and aviation fuel recovered from inbound aircraft reused for site heating. A virtuous cycle, down to the energy.

AFRA & ISO 14001 compliance

Process aligned with AFRA international best practices and with ongoing ISO 14001 (environmental management) certification. Full environmental tracking from the apron to the last material output.

95%
of the aircraft recovered
1st
African end-of-life center
AFRA
Best Management Practices targeted

Method

An aircraft's end-of-life journey

  1. Step 1

    1. Reception & de-pollution

    Aircraft safety lock-down on arrival, system shutdown, drainage and selective collection of fluids (fuel, oils, hydraulics, waste water), processed through compliant environmental streams. Recovered jet fuel is reused for on-site heating.

  2. Step 2

    2. Ice-blast paint stripping

    Paint removal through ice projection, an ecological technique that eliminates chemical agents. Meltwater is collected in dedicated containment, only loaded with paint particles.

  3. Step 3

    3. High-value parts removal

    Careful disassembly of engines, APUs, landing gear, computers and avionics by EASA Part-66 B1/B2 licensed mechanics, with full respect of back-to-birth and airworthiness records.

  4. Step 4

    4. Reconditioning & re-marketing

    Inspection, refurbishment and certification of components for sale as USM (Used Serviceable Material), with Form 1 issued by authorized inspectors. Each part comes with its complete traceability file.

  5. Step 5

    5. Materials & 3D stream

    Selective cut-up of the airframe, sorting of alloys (aero-grade aluminum, titanium, special alloys). Titanium may be routed to the metal powder additive manufacturing chain; other alloys go to smelting and compression.

Covered aircraft

Capability list

The aircraft families on which this service is operated, or targeted upon obtention of approvals.

  • Airbus A320 / A321
  • Airbus A330
  • Boeing 737 NG
  • Boeing 757
  • ATR 42 / 72
  • Case-by-case study for other types

Applied frameworks

Standards

The technical and regulatory frameworks structuring this service — granted or under review.

  • AFRA BMP — Best Management Practices
  • ISO 14001 (certification ongoing)
  • Algerian environmental regulations

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