Circularbusiness
Circular business makes the economic and ecological value of materials visible, so reuse, repair, lifetime extension and higher-value recycling can be compared with linear disposal. Material flows, residual streams and reuse routes are mapped, quantified and linked to the R-ladder, business model choices and best practices.
Circularity becomes actionable when material value is visible. The method identifies where resources are lost, what reuse potential remains and which routes create ecological and economic value. The result is a practical basis for circular choices, procurement, product redesign and business model development.
Material value in view
Flows
Resource, product and residual material flows mapped across a defined scope.
Value
Economic and ecological reuse potential calculated and compared.
Routes
Concrete circular routes through the R-ladder, business logic and best practices.
What circular business clarifies
Which materials enter, remain, leave or lose value in a product, process, building or chain.
Which components, materials or residual streams can be reused, repaired, remanufactured or recycled at higher value.
Which choices reduce pressure on materials, emissions and environmental costs, supported by calculation where data allows.
Which circular routes create a business case through avoided disposal, retained material value or new service models.
Which examples, design principles and operational choices make circular implementation concrete.
The approach
Methodical building blocks
Circular business can use material flow analysis, the R-ladder, eco-cost analysis, life-cycle assessment (LCA), CO2 footprint, product footprint, social cost-benefit analysis (MKBA), circular business model design, procurement analysis and best-practice comparison.
Knowledge base links
Background concepts for circularity and material value.
Related services
Projects and insights
Frequently asked questions
Circular business makes the economic and ecological value of materials visible and translates reuse potential into circular choices, pilots or business models.
Circular potential is calculated by mapping material flows and assessing reuse, repair, remanufacturing or recycling routes, linked to the R-ladder and available value data.
The R-ladder helps prioritise higher-value circular strategies, from prevention and reuse to repair, remanufacturing and recycling.
The result is insight into promising reuse routes, ecological value, economic value, implementation choices and relevant best practices.
Make material value visible
The methodology turns resource flows and reuse potential into concrete circular choices.
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