The circular economy is usually narrated through the factory gate. Designers choose modular components, legislators raise recycling quotas, consumers are nudged towards repair, and investors are invited to fund a cleaner industrial metabolism. Yet one of the most consequential moments in a material's life occurs elsewhere: in insolvency proceedings, restructuring negotiations and liquidation sales. When a manufacturer, recycler, developer or logistics firm fails, the practical chain of custody for metals, polymers, solvents, textiles and battery packs often fails with it.
This blind spot matters because a mature circular economy assumes that used materials can circulate with enough reliability to support planning, credit and long-term industrial strategy. But in many jurisdictions they still lose value abruptly once ownership is contested, storage costs mount or regulators classify them as waste. Circularity fails not only in the bin, but in the administrator's office.
Why distress is a materials problem
Economic systems do not move in tidy loops. They move in waves of expansion, overcapacity, consolidation and collapse. That is particularly true in sectors central to circular ambitions: construction, batteries, consumer electronics, textiles, chemicals and mobility. In each case, firms hold large stocks of partly used, repairable, recoverable or recyclable goods. Those stocks may have clear technical value, but distress converts technical value into legal ambiguity.
An insolvent construction contractor can leave behind pallets of reusable steel sections, certified timber, glazing units and fittings. A bankrupt e-mobility operator can strand battery packs whose chemistry, state of health and ownership chain are imperfectly documented. A failed plastics processor can leave segregated polymers that become uneconomic simply because no one can establish quick title, liability or quality assurance. The material is not destroyed, but its route back into production becomes slower, riskier and more expensive.
The law still privileges linear disposal
Modern waste law emerged to prevent harm, and rightly so. The problem is that protective frameworks often draw sharp lines between product and waste, owner and discard, resource and liability. Under the EU Waste Framework Directive, whether a substance or object is waste depends heavily on whether the holder discards it or intends or is required to discard it. That makes sense for environmental control. It is less well suited to a world in which the same object may be a repairable asset on Monday, collateral on Tuesday and regulated waste on Wednesday.
The legal status of a material often matters more than its physical condition. Once goods cross into the waste category, transport, storage, permitting and transfer become more complex. This may be necessary for hazardous streams, but it also creates a structural bias: virgin inputs enjoy clearer property rights and financeability than secondary materials of equivalent functional quality.
The legal status of a material often matters more than its physical condition.
Bankruptcy codes were not written for circular value
Insolvency regimes are designed around creditor hierarchy, continuity of essential operations and orderly realisation of assets. They are rarely designed to preserve the highest-value reuse pathway of a material stock. Administrators are judged on speed, legal certainty and aggregate recovery, not on whether aluminium extrusions remain in building-grade circulation rather than being sold into lower-value scrap streams.
Circularity fails not only in the bin, but in the administrator's office.
That is not a criticism of administrators; it is a statement about incentives. If documentation is patchy, testing is costly and storage is perishable, the rational response is often to auction mixed lots quickly or to dispose of them through familiar channels. The circular loss occurs not because anyone rejects reuse in principle, but because the institutions of distress discount future recoverability heavily.
The result is a quiet but persistent downgrading of value. Components suitable for remanufacture become scrap. Materials suitable for direct reuse are blended into lower-grade outputs. Data about provenance and composition disappear in the transfer. By the time a policy dashboard records recycling, the more valuable circular outcome has already been foreclosed.
Digital passports matter most when things go wrong
Much discussion of digital product passports has focused on transparency, consumer information and supply-chain reporting. Those uses are important, but the more transformative function may be in moments of rupture. When a company fails, a verified record of composition, repair history, certifications, carbon profile and ownership interests can determine whether an asset remains usable, saleable and insurable.
The EU's new battery regime points in this direction. Batteries are becoming not only energy devices but repositories of strategic materials and regulated information. A passport architecture can lower transaction costs for second-life use, repurposing and recycling. In practice, that means an insolvency practitioner should be able to identify which packs are owned outright, leased, encumbered, repairable, suitable for stationary storage, or best directed to recovery.
Without such data, even technically valuable inventory becomes a legal and operational headache. With it, distressed assets can be sorted into higher-value pathways quickly enough to preserve worth. The circular economy, in other words, depends on information continuity as much as physical durability.
Secondary materials need creditor recognition
If policymakers want reused materials to function as a serious industrial input, they must be legible to lenders and courts. Today, lenders understand machinery, receivables and real estate better than they understand disassembled façades, reusable components or sorted polymer streams. That affects the cost of capital long before any insolvency begins.
A secondary material that cannot survive a balance-sheet shock is not yet an asset class. It remains, economically, a contingent residue. To change that, standards for valuation, traceability and quality assurance must become robust enough that secured creditors can recognise recoverable worth without assuming punitive discounts. This does not mean inflating values. It means reducing uncertainty through trusted records, consistent testing and clearer transfer rules.
A secondary material that cannot survive a balance-sheet shock is not yet an asset class.
Construction is the clearest test case
No sector illustrates the issue better than construction. Buildings are vast material banks, but they are also entangled in complex contracts, warranties, insurance arrangements and fragmented ownership. Demolition contractors, developers, lenders and municipalities all shape the fate of reusable materials. When projects stall or developers fail, time pressure typically favours clearance over selective recovery.
The legal status of a material often matters more than its physical condition.
Yet construction is also where a materials insolvency regime would yield large gains. Standardised component registries, better pre-demolition audits, and clearer legal pathways for transferring certified reused elements could preserve high-value stock. The challenge is less technical than administrative: proving what the item is, whether it meets code, who bears liability, and who can authorise sale. Every unresolved question pushes the material closer to the skip.
Batteries show how circularity becomes geopolitics
By mid-2026, the circular economy is no longer merely an environmental agenda. It is tied to industrial resilience, strategic autonomy and critical raw materials. The EU's Critical Raw Materials Act reflects that shift directly. Lithium, nickel, cobalt, graphite and rare earths are not ordinary commodities in policy terms; they are security-relevant inputs with concentrated supply risks.
This changes the meaning of insolvency. A failed battery assembler or fleet operator is not simply a private corporate event. It can become a choke point in the retention of strategic materials. If packs are exported prematurely, misclassified, or channelled into opaque disposal routes, the state loses visibility over resources it has identified as strategically significant. Circular governance therefore requires not just environmental regulators but alignment with industrial and competition policy.
Waste status should be reversible, but not casual
One reason policymakers tread carefully is obvious: making it too easy for operators to claim that waste is a product can invite abuse, unsafe handling and sham recovery. The answer is not deregulation masquerading as circularity. It is a more disciplined system for moving materials between statuses under auditable conditions.
End-of-waste criteria were supposed to help here, but their application remains uneven across material streams and jurisdictions. A stronger approach would combine clear technical standards with interoperable records and rapid administrative determinations in distress scenarios. The point is not to weaken environmental safeguards; it is to prevent legal limbo from destroying economic value that safe reuse could preserve.
Municipalities are accidental custodians of circular value
When firms collapse, local authorities often inherit the consequences: abandoned sites, unpaid storage, environmental risks and public pressure to clear hazards quickly. Municipalities are therefore de facto actors in the circular economy, even if policy debate treats them mainly as waste managers. Their procurement rules, emergency powers and land-use decisions can determine whether stock is salvaged, warehoused or dumped.
That suggests a governance upgrade. Local authorities need protocols for triaging stranded materials, especially in construction and mobility. They also need access to registries that identify ownership, composition and hazard profiles. Otherwise they will continue to optimise for immediate risk reduction, which is understandable but often materially wasteful.
Regenerative finance begins with mundane legal plumbing
There is much talk of regenerative finance, usually meaning capital aligned with ecological restoration and long-term stewardship. The phrase is often left abstract. In practice, one of its least glamorous requirements is legal plumbing that stops useful materials being extinguished in routine commercial failure.
A secondary material that cannot survive a balance-sheet shock is not yet an asset class.
Finance can support circularity only if courts, lenders and insurers can trust the recoverability of secondary assets. That requires valuation norms, custody records, standard contract clauses and perhaps specialised workout mechanisms for material-intensive sectors. The institutional imagination here should be modest but exacting: not a grand new theory of money, but a practical framework for keeping resources in circulation when businesses do not survive.
What a materials insolvency regime would look like
Such a regime would not need a wholly separate body of bankruptcy law. It would consist of targeted adaptations. These might include recognised categories of recoverable secondary assets; priority procedures for preserving and transferring verified material stocks; temporary safe-harbour storage rules; and standardised digital documentation acceptable to courts and regulators. In certain sectors, administrators could be required to assess reuse and remanufacture options before liquidation into lower-value scrap channels, much as other public-interest tests already exist in specialised areas.
There is precedent for insolvency systems reflecting broader policy goals. Banking, energy and critical infrastructure already receive tailored treatment because their failure has external effects. Material stocks central to decarbonisation and resource security increasingly merit similar attention. The issue is not sentimentality about waste. It is that the destruction of traceable, reusable material value imposes system-wide costs that markets alone do not price well in moments of distress.
- First, preserve data continuity through mandatory asset records in material-intensive sectors.
- Second, create fast pathways for certified transfer of reusable stock during administration.
- Third, align waste, product and insolvency rules so that safe reuse is legally feasible under time pressure.
- Fourth, treat strategic material inventories as matters of industrial resilience, not only private liquidation value.
The circular economy will be judged in recessions, not brochures
It is easy to appear circular in periods of abundant capital and orderly growth. Firms can warehouse returns, fund reverse logistics and invest in careful sorting. The real test comes when margins tighten, projects stall and creditors demand recovery. That is when institutional priorities are revealed.
If the circular economy is to be more than an affluent add-on to the linear model, it must prove resilient under stress. That means designing not only products for disassembly, but laws for continuity. The future of reuse will depend less on persuasive diagrams of loops than on whether a judge, a lender and an insolvency practitioner can recognise a used material as something more than tomorrow's disposal problem.
For the next phase of circular policy, that is the distinct challenge. Not how to persuade people that materials matter, but how to ensure that material value survives the ordinary turbulence of capitalism. Until then, many circular flows will remain conditional on corporate solvency, which is to say not truly circular at all.
