AFRA: the world standard for aviation recycling explained

An aircraft’s end of life is no longer a paperwork formality or a simple scrap-metal operation. It has become a regulated, traceable, measured, audited industrial act, where every kilogram of aluminium, every avionics card, every fuel tank must be documented, neutralised, recovered. At the heart of this transformation lies an acronym: AFRA, the Aircraft Fleet Recycling Association. It is today the world standard for aviation recycling, the benchmark against which serious players measure themselves, from major American maintenance, repair and overhaul providers to small specialised European recyclers. And it is also the framework within which AéroNéo Algérie, at Aïn Oussera, deliberately anchors its industrial path.

This article traces the origin of AFRA, describes its Best Management Practices, explains the accreditation process, the role of members, the articulation with the ISO 14001 standard and the Doc 9760 published by the OACI (the French acronym for the International Civil Aviation Organisation). It then situates AéroNéo’s Algerian commitment within this international landscape, under the authority of ANAC (the National Civil Aviation Agency), guarantor of national compliance.

1. Why the aviation industry created AFRA

In the early 2000s, several factors converged. The global aircraft fleet was ageing. The first generations of wide-body aircraft delivered in the 1970s and 1980s reached the end of their economic cycle. Airlines retired hundreds of airframes. Storage sites in the American desert, in Spain or in Australia accumulated fuselages that no one quite knew what to do with beyond the parking lot.

At the same time, environmental pressure was rising. The European Union adopted its end-of-life vehicles directive, the automotive sector built dismantling networks, and regulators began to ask: why does aviation, a high-technology industry, allow its airframes to rot under the sun or disappear into non-specialised scrap yards? Operators themselves grew uneasy. An aircraft contains hazardous materials: residual fuel, hydraulic oils, cooling fluids, chromate-based paints, asbestos insulation on older generations, alloys containing cadmium, pyrotechnic equipment such as escape slides, nickel-cadmium batteries.

The absence of a standard creates a triple risk. First, an environmental risk through diffuse soil and groundwater contamination. Second, an industrial risk: a partially dismantled aircraft is dangerous, with stressed structures, explosive tanks, pressurised components. Third, a market risk: without traceability, non-airworthy parts may re-enter the supply chain, threatening the safety of air transport as a whole. It is this triple risk that the industry decided to address collectively.

2. Boeing and the founding moment: 2006, established in Seattle, first BMP

AFRA was officially founded in 2006, at the initiative of Boeing and eleven industrial partners. The headquarters is located in the United States, the legal status is that of a not-for-profit association. The logic is pragmatic: rather than wait for binding regulation imposed by authorities, the industry equips itself with a voluntary framework, controlled by peers, capable of raising its level of demand at the pace of available technology.

Initial work focused on drafting an operational guide. Very quickly, this document took the name of Best Management Practices, or BMP. It is a detailed manual describing, step by step, how to depollute an aircraft, how to disassemble its sensitive systems, how to sort its materials, how to document each part removal, each material flow. The BMP is not a regulatory text: it is a professional norm. But a norm whose adoption rapidly became a marker of seriousness for airlines, lessors and insurers.

AFRA does not replace regulation. It structures, beyond minimum compliance, an industrial practice recognised by peers and audited by independent third parties.

This distinction is essential. An aircraft at end of life remains, until its effective deconstruction, subject to continued airworthiness rules. Its deregistration, its removal from the national registry, its physical destruction must be documented before the authority of the State of registry. In Algeria, that authority is ANAC. AFRA complements, but does not replace, this national framework.

3. The Best Management Practices: operational guide for dismantling and recovery

The BMP are organised in major phases. They cover the full cycle, from the aircraft’s arrival on site to the exit of the last kilogram of material. Below is the typical structure as implemented by accredited operators.

BMP phase	Main activities	Documents produced
Reception and inventory	Initial inspection, photographs, identification of serial numbers, verification that no on-board equipment is missing	Intake report, referenced photos, detailed status
Primary depollution	Fuel draining, oil draining, neutralisation of pyrotechnic systems, battery removal	Depollution sheet, hazardous-materials removal slips
Recovery of airworthy parts	Removal of certifiable equipment (engines, APU, landing gears, avionics), back-to-birth traceability	Form 1 tags, individual part files, certificates of conformity
Structural dismantling	Controlled cutting of sections, separation of alloys, isolation of composites	Weighing slips, per-flow traceability sheets
Material recovery	Sorting of aluminium alloys by grade, treatment of composites, plastics management, precious metals	Recovery certificates, downstream-stream contracts
File closure	Final report, destruction declaration, archiving	Destruction certificate, file archived for the regulatory retention period

Each phase produces its written trail. Together they form a consolidated file that follows the aircraft from end to end. This file is consultable by AFRA auditors, by the owner, by the authority of the State of registry and, in case of dispute, by insurers. The strength of the framework lies in this documentary continuity: for every airframe processed, you know what came out and where it went.

The specific case of composite materials

Carbon fibres and composite parts pose a specific challenge. Unlike aluminium, which melts down and re-enters a mature metallurgical industry, composites do not yet have a stable industrial-scale recycling chain. The BMP impose responsible management: sorting, traceability, selection of specialised pyrolysis or mechanical-reuse routes, or failing that secure storage. This is one of the priority work areas for upcoming versions of the framework.

4. The accreditation process: initial audit, recurring audits, levels

An operator does not self-declare as AFRA. It applies, it is audited, it is accredited, and it must then maintain its accreditation through recurring audits. The process includes several structuring steps.

1. Application and preliminary file. The operator declares its facilities, its perimeter (dismantling, parts recovery, material recovery), its human and technical means, its quality system.
2. Initial on-site audit. An independent accredited auditor comes to assess conformity with the BMP. The auditor observes a real operation, examines procedures, verifies traceability on recent projects, controls downstream-stream contracts.
3. Accreditation decision. The report is reviewed by the accreditation committee. The operator may be accredited, accredited with reservations, or refused.
4. Surveillance audits. Recurring audits (typically annual or biennial) ensure the durability of the level of demand. An operator whose performance declines may lose accreditation.
5. Renewal. Accreditation has a limited duration and must be renewed through a full requalification audit.

The framework distinguishes between several accreditation perimeters. An operator may be accredited for recovery of airworthy parts, for material recycling, or for both. This distinction matters: it reflects different technical skills, different documentary requirements, and different risks. An integrated operator generally covers the full chain, which is the model targeted by AéroNéo at Aïn Oussera.

5. AFRA members: airlines, MRO, recyclers, lessors

The AFRA ecosystem brings together a diversity of actors, each with its own stake in structuring end of life.

• Airframers. Boeing, the founder, but also Airbus, as an engaged member, contribute to the framework. Their role is twofold: they hold the airframes’ technical documentation, and they have an interest in seeing removed parts either safely reintroduced or definitively neutralised to prevent non-airworthy returns to the chain.
• Airlines. For them, AFRA is a guarantee of reputation and environmental compliance. Entrusting an aircraft to an accredited operator means legal and symbolic protection.
• Lessors. Leasing companies hold a major share of the global fleet. At every lease return, they decide on return-to-service or deconstruction. The AFRA label assures them that residual value is extracted cleanly, without downstream regulatory risk.
• MROs. Maintenance organisations find in AFRA a framework for integrating a parts-recovery activity, in line with their Part-145 approval or national equivalent.
• Specialised recyclers. Core actors of the framework, they embody the convergence between metallurgical know-how and aviation-grade requirements.

This diversity is an asset. It allows the framework to evolve through feedback from every link. A dismantler can flag difficulties with a particular airframe type. An airframer can publish a technical note. An insurer can raise a claim experience. The BMP enriches itself continuously.

6. The articulation with ISO 14001: complementary environmental management

ISO 14001 is the international standard for environmental management. It does not deal specifically with aviation: it sets general principles which each organisation tailors to its sector. The logic is the Deming wheel: plan, do, check, act. You identify your environmental impacts, set objectives, deploy actions, measure, correct.

AFRA and ISO 14001 are not competing. They complement each other. Where ISO 14001 provides the organisational framework and management system, AFRA provides the sector-specific technical content. A serious operator articulates both: its environmental quality system is ISO 14001 certified, and its operational end-of-life perimeter is AFRA accredited.

For AéroNéo, this dual path is coherent with the overall strategy at Aïn Oussera. Environmental management is a foundation. BMP compliance is the operational application. And the whole is framed by national regulatory requirements, piloted by ANAC.

7. The role of OACI and Doc 9760: continued airworthiness and end of life

The International Civil Aviation Organisation, known by its French acronym OACI, publishes a set of technical reference documents. Among them, Doc 9760 deals specifically with airworthiness, including in its end-of-life dimensions. The document specifies the responsibilities of the State of registry, the conditions for removal from the national register, the traceability requirements up to effective destruction.

The global architecture thus reveals a coherent layering. ANAC, in Algeria, is the national supervisory authority. It draws on principles set out by the OACI in Doc 9760. Specialised operators apply AFRA’s BMP, which embody the global state of the art in dismantling. The general quality system is framed by ISO 14001. This four-level mesh gives solid assurance to regulators, aircraft owners and the public.

What does it mean to deregister an aircraft?

Deregistration is the administrative act by which the State authority removes an aircraft from its national registry. This act is irreversible. It marks the transition from the status of «aircraft» to the status of «airframe to be deconstructed». ANAC, in Algeria, pronounces this deregistration after verifying the conditions: proof of end of operation, designation of the deconstruction site, neutralisation plan for sensitive equipment.

8. Indicators: 90-95% recovery rate, material traceability, waste management

AFRA measures performance through quantified indicators. The best-known is the material recovery rate, expressed as a percentage of the aircraft’s empty mass. Accredited operators typically achieve between 90 and 95% recovery. In concrete terms, on a hundred-tonne empty-weight aircraft, more than ninety tonnes are reintroduced into secondary streams: remelted aluminium, recycled copper, steels, technical plastics, precious metals recovered from avionics.

Other indicators tracked are at least as important:

• Material traceability. For each outgoing flow, the nature, mass, recipient, downstream channel and acceptance certificate are documented.
• Hazardous-waste management. Oils, paints, fluids, batteries, pyrotechnic equipment are subject to specific tracking in line with national and international regulations.
• Airworthy parts returned to service. Every removed part intended for reintroduction carries an individual file and an airworthiness attestation in line with applicable regulatory requirements.
• Neutralised parts. Critical parts deemed non-airworthy are physically destroyed or marked irreversibly to prevent any fraudulent return to service.
• Personnel safety. Accident rate, training, personal protective equipment, medical monitoring of personnel exposed to hazardous substances.

Together these indicators feed a dashboard that serves both the operator’s internal steering and communication to stakeholders: airframe owner, supervisory authority, public.

9. Algeria’s place: ANAC as national authority, AéroNéo on a committed AFRA path

In Algeria, ANAC is the civil aviation authority. It pilots airworthiness, registration, deregistration, and more broadly the regulatory compliance of operations. Any aircraft end-of-life activity carried out on national territory falls first within the framework set by ANAC. Principles set out by the OACI in Doc 9760 come next. AFRA’s BMP add the globally recognised state of the art.

AéroNéo Algérie, on its industrial site at Aïn Oussera, anchors its activity within this triple framework. Its AFRA path is committed. This means the site aligns from design with the framework’s requirements, that operational procedures are written in coherence with the BMP, that team training integrates the fundamentals of responsible dismantling, and that the environmental quality system targets ISO 14001 certification.

«Committed» is the right word. Accreditation cannot be self-proclaimed: it is earned at the end of a full audit by an independent auditor. AéroNéo prepares this step with rigour: documentation, traceability, infrastructures, downstream channels. The horizon is clear: to put Algeria on the world map of compliant aviation recycling, under ANAC supervision.

Why the Aïn Oussera site is consistent with AFRA

Dry climate, sunshine, low rainfall are assets for preserving airframes awaiting treatment. Parts removed age less quickly in a dry environment than under humid conditions. Land surfaces are available, which allows for clear spatial organisation between arrival zone, depollution zone, parts-recovery zone, structural-dismantling zone and material-recovery zone. This physical separation is a direct factor of BMP compliance.

10. The future: AFRA 2.0, carbon integration, aviation circular economy

The framework is not static. Upcoming evolutions, sometimes grouped under the label «AFRA 2.0», cover several major work areas.

• Carbon footprint. Integrate within indicators the carbon balance of dismantling and recovery, and compare it with the counterfactual scenario of virgin-material production.
• Composites. Stabilise industrial chains for carbon-fibre recycling, in partnership with chemical and materials actors.
• Circular economy. Strengthen loops between recycling and new production, for example by using aluminium derived from deconstruction in the manufacture of non-critical parts.
• Digital. Deploy digital traceability through airframe digital twins, so that every removed part corresponds to a tamper-proof record accessible to authorities and buyers.
• Geographic reach. Encourage the emergence of accredited operators in regions today under-served, particularly North Africa and the Middle East.

On this last point, Algeria has a strategic card to play. The country’s geographic position at the crossroads of Europe, Africa and the Middle East, its existing industrial base, the expertise built around national programmes, all argue for the emergence of a regional aviation-recycling pole. This is precisely the ambition carried by AéroNéo at Aïn Oussera, under ANAC authority, in respect of the principles set out by the OACI and following the BMP of AFRA.

Conclusion: why AFRA matters

AFRA is not a logo, nor a marketing argument. It is a demanding professional framework whose adoption transforms aircraft end of life into a traceable, audited industrial discipline. For an authority, it is a token of compliance. For an owner, it is a guarantee of extracted value. For the public, it is the assurance that these remarkable machines, which have linked continents for decades, do not disappear without having returned cleanly what they contain.

For AéroNéo Algérie, it is also a path. A path that begins at Aïn Oussera, under ANAC supervision, in coherence with the principles set out by the OACI in Doc 9760, in reference to AFRA’s BMP, and within an environmental quality system aligned with ISO 14001. This is the meaning of a serious industrial commitment, and this is what we are building, day after day, in the hangars of the Algerian South.