Circularity the Solution

Think of the circular economy as the ultimate “undo” button for our current “take-make-waste” industrial model. Instead of digging things up, using them once, and burying them in a landfill, a circular economy keeps resources in use for as long as possible.

It’s essentially nature’s logic applied to business: in a forest, there is no such thing as “waste”—the output of one process is always the input for another.

Why the Circular Economy Matters

The traditional linear economy is hitting a wall. Here’s why switching to a circular model isn’t just “nice to have,” but a global necessity:

• Resource Scarcity: We are consuming earth’s resources 1.7 times faster than they can regenerate. Circularity reduces our reliance on raw material extraction.
• Climate Goals: About 45% of global greenhouse gas emissions come from how we make and use products. We can’t reach Net Zero through renewable energy alone; we have to change how we handle materials.
• Economic Resilience: By reusing materials, businesses become less vulnerable to volatile commodity prices and supply chain disruptions (like those seen in recent years).
• Waste Reduction: It tackles the pollution crisis at the source—designing out plastic in our oceans and electronics in our soil.

The R Strategies

The circular economy hierarchy, often structured as R-strategies, prioritises resource efficiency by keeping materials at their highest value for as long as possible. It transitions from “take-make-waste” to a system focused on refusing, reducing, reusing, repairing, and recycling to minimise environmental impact.

The hierarchy is generally organised from most to least preferred:

• (R0) Refuse: Avoiding materials or products altogether.
• (R1) Rethink/Redesign: Making product use more intensive (e.g., sharing) or designing for efficiency.
• (R2) Reduce: Increasing efficiency in manufacturing or using fewer natural resources.
• (R3) Reuse: Reusing products that are still in good condition.
• (R4) Repair: Fixing, maintaining, or servicing products.
• (R5, R6, R7) Refurbish/Remanufacture: Updating, rebuilding, or repurposing old products.
• (R8) Recycle: Processing materials to create new products.
• (R9) Recover/Dispose: Incineration with energy recovery or landfill (least preferred).

This framework aims to turn waste into resources, fostering a closed-loop system.

Key Characteristics of a Circular Business

A circular business doesn’t just recycle; it reimagines the entire lifecycle of a product. Here are the core pillars:

Design for Longevity and Disassembly

Products are built to last but also built to be taken apart. If one part breaks, you replace the part, not the whole device.

• Example: A smartphone with a modular battery and screen that can be swapped out in minutes.

Product-as-a-Service (PaaS)

Instead of selling a physical item, the business sells the access or the result. The company retains ownership, which incentivizes them to make the product as durable and efficient as possible.

• Example: Signify (formerly Philips Lighting) sells “light as a service” to airports. The airport pays for the illumination, while Signify maintains the bulbs and hardware.

Resource Recovery and “Closing the Loop”

Waste is treated as a feedstock. This involves capturing nutrients or materials at the end of a product’s life to create something new.

• Example: An apparel brand that takes back old jeans to shred them into fibres for new denim collections.

Shared Platforms

Maximising the “utility rate” of a product. Most cars sit idle 95% of the time; circular models aim to keep assets in use through sharing.

• Example: Tool libraries or professional equipment sharing platforms.

Regenerative Inputs

Using non-toxic, renewable, or recycled materials that can safely return to the biosphere or stay in the industrial cycle indefinitely.

For more information on the Circular Economy join the Chamber Low Carbon Circular Economy Club or contact the Chamber Sustainability Team on 01254 356 487 or info@chamberlowcarbon.co.uk