The R-ladder is a ranking model for circular strategies, from high-value preservation of resources at the top to lower-value processing at the bottom. The higher a strategy sits on the ladder, the more material, environmental value and economic value remain intact. The ladder helps organisations and public authorities prioritise circular choices, because not every form of reuse has the same value. Reusing a product saves far more than shredding that product into raw material.
Which steps are included in the R-ladder?
The commonly used Dutch version from PBL contains ten steps, from high to low:
- Refuse — make a product or resource unnecessary, for example by fulfilling the function in another way.
- Rethink — use products more intensively, through sharing, leasing or multifunctional design.
- Reduce — use fewer resources and less energy per product.
- Reuse — use a product again for the same purpose.
- Repair — repair and maintain a product so that its lifespan increases.
- Refurbish — restore and modernise a product.
- Remanufacture — reuse components in a new product with the same function.
- Repurpose — reuse components or products for a different function.
- Recycle — process materials into new raw materials.
- Recover — recover energy, for example through incineration.
Why does a higher position on the ladder create more value?
Value is lost at every step down the ladder. Strategies at the top, such as Refuse, Rethink and Reduce, prevent resource use and emissions at source and therefore deliver the largest environmental gain. Recycling and recovery sit at the bottom, because material quality and value often decrease at those stages. In practice, circularity is still often equated with recycling, while the largest gain is found at the top of the ladder.
The R-ladder starts with design
Most circular value is determined early, during the design phase. Steering towards the top of the ladder requires design choices that make lifespan extension, repair and reuse possible. A life-cycle assessment (LCA) shows where impact occurs across the life cycle and creates the basis for regenerative design and circular design choices.
How New Economy uses the R-ladder
New Economy uses the R-ladder as a decision framework in footprint and strategy projects. Combining the ladder with Product Footprint data and circular business models creates an evidence-based choice: which strategy delivers the strongest result for the environment and the business model. See also Circulair.biz and regenerative practice.
Frequently asked questions about the R-ladder
Versions with nine or ten R-strategies exist. The commonly used Dutch version from PBL has ten steps, from Refuse to Recover.
Recycling is circular, but sits low on the R-ladder because material quality and value often decline. Reuse, repair and redesign usually preserve more value.
The circular economy is the broader goal. The R-ladder is a practical tool for ranking and prioritising circular strategies.
Start at the top: first assess whether material use can be avoided or reduced before reuse or recycling becomes the main strategy.
The R-ladder helps reduce harm through value preservation. Regenerative practice goes further by aiming to restore systems actively. The two approaches reinforce each other.
For insight into the circular strategy with the highest value for a product or organisation, see Product Footprint or Circulair.biz, or contact New Economy to explore the options.