The Retention Dividend

Moving from Planned Obsolescence to Keeping Things Useful

When an appliance breaks, the easiest answer is often to buy a new one. The part costs too much, the manual is missing, or no one nearby will repair it. The sale of the replacement counts toward economic growth. The materials and work left behind do not show up in the price on the receipt.

For two centuries, industrial capitalism has rewarded the flow of materials from extraction to factory to landfill. It has often left polluted water, depleted soil, and carbon in the air for someone else to pay for. As climate risks make those costs harder to ignore, I wonder whether markets could reward keeping things useful instead. The Retention Dividend is a name for that possibility. We still do not know how to price every part of nature. It connects to an earlier question I explored about what money makes visible and what it leaves out.

Industrial Extraction Model	Retention Dividend Model
Linear: Take -> Make -> Waste	Closed loop: Retain -> Repair -> Reclaim
Volume-based sales revenue	Product-as-a-Service
Unpriced negative externalities	Natural capital on the balance sheet
Opaque material supply chains	Digital product passports

1. Count What We Depend On

Consider a wetland protecting a neighborhood from flooding. Draining it might make a development look profitable on paper while leaving the next storm's costs to homeowners and the public. Satellites, soil probes, and other tools used in Digital Measurement, Reporting, and Verification (dMRV) could help us see some of the protection a place provides and the damage we cause when we remove it.

I would like the loss of a watershed to show up in a balance sheet, and the work of restoring soil to have value. Measurement will still miss things: a number cannot tell us everything a place means to its neighbors or the life it supports. That is a reason to keep people involved in the decisions, not to keep treating the damage as free.

2. Give Things a Usable History

When a building is renovated, how does a contractor know which fixtures can be reused, or what is inside a battery that needs recycling? A circular economy cannot work on guesswork. The EU's Ecodesign for Sustainable Products Regulation provides a framework for Digital Product Passports in covered categories. Imagine a battery, steel beam, textile, or piece of electronics with a usable record of:

• Its elemental and chemical composition.
• Its estimated lifecycle carbon footprint.
• Its maintenance, repair, and ownership history.
• Safe disassembly and material recovery instructions.

An office complex or data center at the end of its current use could then become a source of parts, not just rubble. A recycler who knows what a component contains can make a better offer. But someone has to maintain the record, and a small repair shop needs to be able to read it. A passport that exists only to satisfy a reporting requirement will not help anyone fix a broken machine.

3. Pay for Things That Last

If a company sells refrigeration uptime instead of refrigerators, a failed component becomes its own problem to solve. In a Product-as-a-Service model, repairable parts and lower energy use can help the business rather than cost it another sale. The same logic could apply to lighting or industrial equipment.

There is a catch. A subscription can leave a customer dependent on the manufacturer, with no right to open or repair what they use. Ownership and the right to repair matter too. The goal should be to reward a maker, a repairer, and a future owner for extending a product's life, without locking any of them out.

We still need markets where people can invent, compete, and choose. I would like to see one where the person who keeps a thing working has as much opportunity as the person who sells its replacement. That seems a better measure of prosperity than how quickly we can move materials through our hands.