Industry

Opening

Industry is more than the number of objects manufactured.

It organises chains of matter, energy, labour, knowledge, standards, maintenance and decision that determine what a society becomes capable of producing and preserving.

A Noosophical reading of degrowth therefore seeks neither general deindustrialisation nor an imaginary return to a pre-industrial world. It asks which capacities should be maintained, transformed or reduced, and how part of new production can shift toward durability, repair, reuse and maintenance.

Central thesis: Industry compatible with degrowth does more than manufacture more efficiently: it selects the functions to preserve, reduces excessive turnover, makes objects and infrastructure more durable, maintainable and repairable, and retains the productive capacities on which society genuinely depends.

Central question

How can we produce less new material without losing the capacity to maintain, repair, transform and manufacture what remains genuinely necessary?

Reducing material flows does not mean ceasing to produce. Housing, networks, machines, care systems and essential equipment continue to require industrial capacity.

In short

Distinguish sectors, functions, stocks, volumes and capacities.

Industry is where material limits become production choices. A coherent transition designs for duration and repair, uses standardisation without creating lock-in, follows supply chains, and avoids allowing lower volumes to destroy skills and infrastructure needed for collective autonomy.

01 · Beyond the factory

Industry is not only the factory.

Contemporary industry extends far beyond the building where an object is assembled. It includes extraction, energy, machinery, software, standards, patents, subcontracting, logistics, warehouses, maintenance, data and finance.

Looking only at the finished product hides a decisive part of productive capacity: who determines the object’s form, who can alter the process, where dependencies lie and which infrastructures make production possible.

Producing an object means organising a chain of matter, energy, knowledge, labour and power.

02 · What to produce

The question is not only how much to produce, but what.

A degrowth policy cannot require a uniform reduction of all material production. Some needs remain insufficiently met: housing, sanitation, care, collective mobility, essential equipment and basic infrastructure.

Other forms of production may be excessive, rapidly renewed or sustained mainly by commercial turnover. The industrial problem is therefore qualitative as well as quantitative: which capacities should be developed, maintained, converted or reduced?

03 · Sector differences

Steel, cement, chemicals, textiles and electronics do not face the same constraints.

Industrial sectors mobilise very different materials, temperatures, processes, skills, risks and infrastructures. Making them artificially comparable through one score would erase the constraints that actually structure decisions.

Industrial transition must therefore remain sector-specific: examine the functions provided, necessary volumes, substitution possibilities, equipment lifetime, maintenance needs and the social and ecological costs specific to each chain.

04 · Maintenance

Producing less new material may require maintaining more.

Reducing object turnover does not mean reducing every productive activity. A society that keeps homes, vehicles, machines, devices or networks in use for longer shifts part of the work toward maintenance, repair, diagnosis, refurbishment and spare parts.

This changes the meaning of industrial performance: success is no longer measured only by the number of new units produced, but by how long a useful function remains available with controlled material flows.

05 · Design

Durability begins at the design stage.

An object’s lifetime depends partly on use, but also on upstream industrial choices: disassembly, spare-part availability, access to documentation, modularity, compatibility, materials and the possibility of upgrading one part without replacing the whole.

Repairability should not be romanticised. Complex systems can require specialised controls, skills or facilities. But making repair unnecessarily impossible often turns a local failure into total replacement.

06 · Standards

Standardisation can liberate or lock in.

Common standards can reduce unnecessary part diversity, simplify maintenance, make several suppliers compatible and allow different workshops to cooperate.

But a standard can also lock a market when controlled by a few actors, protected by licences or used to make alternatives incompatible. The relevant question is not standardisation versus diversity in general, but who defines the standard, who can use it, and whether it opens or closes possibilities for repair and substitution.

07 · Reuse

Reuse preserves more than raw material.

Reusing an object, component or machine preserves not only matter, but also embodied labour, energy already spent, an existing function, sometimes skills and infrastructure.

Reuse is not always preferable. Dangerous, incompatible or very inefficient equipment may need replacement. The judgement should remain tied to actual function and full cost rather than an abstract duty to preserve everything that already exists.

08 · Localisation

Relocalising production does not automatically decentralise power.

Moving a factory closer to consumers can reduce some distances and make some chains more legible. It guarantees neither autonomy, democracy nor justice.

Local production can remain legally, financially or technically controlled from afar. Conversely, some capacities — complex medicines, scientific equipment, rare metals or heavy infrastructure — require large-scale cooperation. Proximity is only one part of the map.

09 · Productive capacity

Productive capacity must be able to survive lower volumes.

An industry organised around permanent growth can rapidly lose skills, suppliers and tools when volumes fall. Yet some capacities remain strategic even when annual production becomes lower.

A coherent transition must therefore distinguish lower throughput from destruction of capacity: preserving knowledge, critical machinery, spare-part chains, training and restart possibilities may remain necessary in a materially more sober economy.

10 · Logistics

The supply chain is part of the factory.

Production can appear local at the final stage while depending on components, minerals, software, energy or subcontractors spread across several continents.

Following the chain reveals hidden concentrations: a single supplier, proprietary component, patent, port, data centre or standard can become a stronger dependency than the assembly site itself.

11 · Work

Transforming industry also transforms labour.

An economy oriented more toward durability, maintenance and repair requires a different distribution of skills. Design, manufacture, maintenance and use become less separate when feedback from the field can alter design.

This does not mean abolishing specialisation. The issue is to reduce separations that leave those who execute unable to correct, and those who decide too far from the consequences of their choices.

12 · Proof-act

Follow one function through one industrial chain.

To test an industrial proposal, follow a concrete case: which function must remain available, which materials and energy enter, which parts wear out, who can repair, how long the equipment remains useful, which critical dependencies exist and what happens at end of use.

This does not yield a universal recipe. It prevents an industry from being called “green”, “circular”, “local” or “sober” without checking the material, technical and organisational conditions that make those words true or false in the case at hand.

Condensation question: Which productive capacity must genuinely be preserved here — and how can it become more durable, repairable and governable without maintaining unnecessary material turnover?

Source and connections

Related topics: Degrowth · Technology · Resources & Materials · Energy · Work · Economy · Agriculture · Infrastructure.

Further reading: Fields, Factories, Workshops and Networks develops productive organisation in the twenty-first century, including maintenance, decentralisation, networks, ecological limits and production oriented toward needs.