A system optimised for exit, not longevity

In the UK office market, furniture decisions are tied to lease events, not asset life.

At lease end, companies relocate. Fit-outs are replaced. Furniture is written off. Around 300 tonnes go to landfill each working day. Another 200 tonnes go to recycling. Much of it remains high quality.

This is not a failure of materials. It is a failure of alignment.

The entity specifying the furniture does not own it long enough to bear the downstream cost. Procurement cycles reward speed, aesthetics, and compliance with current design trends. Residual value is rarely considered.

Responsibility ends at exit.

Formation inside a mispriced decision

Dr Greg Lavery traces this misalignment back to his early engineering work.

In 1994, he was designing waste infrastructure for a coal-fired power station. The plant was expected to operate for 50 years. The waste system was scoped for seven.

The reason was not technical. Ownership would change. Liability would transfer.

“They won’t own the power station after seven years.” Greg’s response was immediate. “That’s not the right answer.”

The decision exposed a structural gap. Design decisions were being made on a shorter horizon than the asset’s impact.

Greg moved from engineering into strategy to understand how those decisions were made, and how they might be changed.

The same logic, scaled across furniture

A decade ago, Greg encountered the same pattern in office interiors.

Furniture followed a predictable path:

• Procured new at the start of a lease
• Used for a fixed term
• Disposed of at exit

The system ignored embedded carbon, material scarcity, and cumulative cost.

The supply chain amplified the inefficiency. Raw materials sourced globally. Processed across multiple countries. Margins added at each stage. Then discarded after a single use cycle.

“It’s incredibly wasteful.”

The issue was not lack of alternatives. It was that the default option remained easier.

Replacing new demand, not just extending old supply

Through Rype Office, Greg focuses on displacing new furniture demand rather than servicing the secondhand market.

The distinction is operational.

Secondhand markets serve a small segment willing to accept visible wear. Greg targets the majority that expects “as new” performance and appearance.

This requires remanufacturing, not reuse.

The process includes:

• Material-level restoration, including non-toxic scratch removal and re-finishing
• Reupholstery and recolouring to meet current design specifications
• Integration of multiple supply streams into a single coherent design

Typical project composition:

• ~40% client’s existing assets, remanufactured
• ~40% externally sourced assets, remanufactured
• ~10–20% new items

The outcome is indistinguishable from new.

“If someone can tell the difference… then we’ve failed.”

Cost is typically around 20% lower than wholesale new. Environmental footprint is reduced by roughly 80%. Waste is similarly avoided.

The constraint is not performance. It is market behaviour.

Where incentives block substitution

The furniture industry is structurally linear.

Manufacturers are configured around centralised production. Revenue depends on selling new units.

Design cycles reinforce this. Annual colour trends and aesthetic shifts create artificial obsolescence.

Greg describes this as a form of “fast fashion” applied to interiors.

Sales incentives reinforce it.

“If your bonus… depended on selling more new stuff, of course you’re incentivised to sell more new stuff.”

Remanufacturing introduces friction into this model. It reduces volume demand. It decentralises production. It shifts value from manufacturing to service and operations.

As a result, incumbents have limited incentive to promote it.

Policy begins to intervene at scale

The UK government is attempting to shift this dynamic through procurement.

Greg is part of a taskforce designing the Circular Economy Growth Plan. The focus is not theory but implementation across sectors including the built environment.

One mechanism is purchasing standards.

Government contracts are being structured to require circular outcomes. In one case, suppliers must provide IT equipment without purchasing new devices.

This creates immediate demand for remanufactured supply. It also signals quality thresholds to the wider market.

The scale matters. Government spending exceeds £200 billion annually.

Procurement becomes a lever to reshape supply chains.

The behavioural constraint

Despite cost savings and performance parity, adoption remains inconsistent.

Greg attributes this to perception and awareness.

The term “secondhand” carries negative associations. Buyers expect visible compromise.

This creates a signalling problem. Even when outcomes are equivalent, expectations are not.

Greg recalls a project where users assumed a fully remanufactured office was new. “That’s a win.”

The challenge is scaling that outcome without requiring direct exposure each time.

The unresolved dependency

Circular models reduce reliance on global supply chains. They create local employment. They lower cost and emissions.

But they depend on three conditions:

• Sufficient supply of recoverable assets
• Operational capability to remanufacture at scale
• Willingness from buyers to specify non-new solutions

The first two are technical. The third is behavioural.

Greg places responsibility on decision-makers inside organisations. “I wonder if there’s a circular solution to this.”

Until that question is routinely asked, the system defaults to replacement.

No natural endpoint

The circular model does not resolve the system. It competes with it.

Linear incentives remain embedded in manufacturing, design, and procurement.

Policy can shift demand. Technology can improve quality.

But ownership cycles still define responsibility.

The same question persists from Greg’s early career: Who designs for consequences that occur after exit?