Article
Decarbonization moves from target setting to capital allocation
How transition economics, investment choices and operational pathways can turn climate ambition into an executable business agenda.
Redesign products and economics around the value of materials across multiple lifecycles rather than treating waste reduction as the end objective
We connect customer value, product architecture and material flows to identify where circularity can improve resilience, economics and sustainability together.
Circularity becomes strategically relevant when it changes how value is created, not merely how waste is handled. Products designed for repair or reuse can reduce material dependence, while take-back, remanufacturing or service-based models can create new customer relationships and revenue structures. These changes also introduce operational and economic trade-offs around reverse logistics, quality and asset ownership. Circular strategy examines where such models genuinely fit customer needs and business economics, distinguishing viable circular opportunities from initiatives that reduce environmental impact but cannot scale commercially or operationally.
Focus
Circularity matters when product design changes resource and customer economics
Reuse, repair, recovery and alternative ownership models can reshape lifecycle cost, material dependence and customer value.
Read nowStrategic Challenges
Which circular models can work without weakening the underlying economics?
The challenge is separating viable lifecycle models from concepts that reduce waste but create unsustainable cost or complexity.
Read nowStrategic Impacts
Circular design can reveal new ways to manage value across the product lifecycle
Assessing materials, recovery and customer behavior helps identify where circular models may improve resilience or economics.
Read nowObserved Patterns
Circular initiatives often begin with waste targets rather than business-model logic
Recovery and reuse can add cost when product architecture, reverse logistics and customer behavior were never designed around them.
Read nowStrategic Challenges
Which circular models can work without weakening the underlying economics?
The challenge is separating viable lifecycle models from concepts that reduce waste but create unsustainable cost or complexity.
Read nowStrategic Impacts
Circular design can reveal new ways to manage value across the product lifecycle
Assessing materials, recovery and customer behavior helps identify where circular models may improve resilience or economics.
Read nowObserved Patterns
Circular initiatives often begin with waste targets rather than business-model logic
Recovery and reuse can add cost when product architecture, reverse logistics and customer behavior were never designed around them.
Read nowPOV
Circularity is not strategic if the economics only work with permanent subsidy
A sustainable model must create credible value across the lifecycle rather than shift environmental benefit into economic fragility.
Read nowOur approach
Start with customer value and material economics before deciding where circularity should change product design or business model
Our approach� begins by mapping product lifecycles, material inputs, waste streams and customer use patterns to identify where value is lost after initial sale or consumption. We evaluate circular options across reuse, repair, remanufacturing, recycling, modularity and access-based models and test them for customer relevance, operational feasibility and economics. Reverse flows, ownership and quality requirements are considered alongside environmental benefit. We then prioritize models where circularity strengthens both resource efficiency and business value and define the product, operating and ecosystem changes required to make them scalable.
The data and estimates presented are indicative and intended for illustrative purposes. Actual outcomes may vary based on each company’s specific context, market conditions, operating model, implementation choices, and the quality and consistency of execution, including actions undertaken by the client.
Keypillars
Explore the key pillars that define this capability and shape how we create focused, measurable business impact.
Circular design
Reconsiders products, materials, ownership, and lifecycle choices to reduce waste and extend the economic use of resources
Model economics
Tests reuse, repair, remanufacturing, recycling, and service-based models against customer demand, cost, margin, and operating feasibility
Lifecycle value
Examines how product design, sourcing, use, recovery, and end-of-life pathways affect resource productivity and long-term value creation
Where could circularity change how your business designs products, uses resources and captures value?
Get in touch with our Circular business models and sustainable products team to assess circular models, product choices and economic implications.
Get in touchStrategic Framework
Explore our Strategic Framework
Explore our strategic framework applied to page_title and discover which model we apply to help you achieve your goals and objectives.
Discover our framework01. Map lifecycle
Assess materials, design, production, use, repair, reuse, recovery, and end-of-life flows across products
06. Scale adoption
Track customer uptake, material recovery, economics, operational performance, and lifecycle outcomes
05. Build ecosystem
Define supplier, partner, channel, technology, and infrastructure relationships needed to enable circularity
02. Identify loops
Locate opportunities for durability, reuse, refurbishment, remanufacturing, recycling, and material substitution
03. Design models
Develop circular propositions, ownership models, take-back systems, service offers, and reverse logistics
04. Test economics
Evaluate cost, margin, customer value, asset utilization, material recovery, and operating requirements
How we help
Identify where circular product and business models can reduce resource dependence while creating credible customer and economic value
We provide circular-business-model and sustainable-product strategy across materials, product lifecycles and customer use. The work can include circular opportunity mapping, repair and reuse models, remanufacturing, recycling, product-service models and reverse logistics. Outputs identify where circularity can create viable economics, what product or operating changes are required and which opportunities reduce environmental impact without introducing unsustainable complexity or cost.
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Circular business model strategy
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Circular product design
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Product lifecycle extension
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Reuse model development
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Repair and refurbishment strategy
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Remanufacturing strategy
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Product take-back programs
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Closed-loop material strategy
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Recycled content strategy
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Packaging circularity strategy
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Product-as-a-service model
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Resale and secondary market strategy
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Circular supply chain design
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Circularity economics
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Circular portfolio assessment
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Sustainable product strategy
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Sustainable product innovation
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Product sustainability claims assessment
Explore our FAQs
Find answers to the most common questions about this service, including key features, processes, and practical considerations. Explore our FAQs for additional insights and guidance.
It needs credible value from reuse, repair, remanufacturing or recovery that outweighs added collection, processing and coordination costs.
Focus on products where material value, customer behavior and reverse logistics support practical recovery or extended use.
When recovery costs, weak customer participation or low residual value outweigh material and commercial benefits.
Assess whether environmental improvements are material, measurable and supported across the product lifecycle rather than one isolated attribute.
Design should consider durability, repairability, disassembly and material recovery where these choices improve lifecycle economics.
Test willingness to return, repair, reuse or share products and whether the resulting experience remains commercially attractive.
Track material recovery, utilization, lifecycle value and economics rather than relying only on waste reduction.
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Transition scenarios test strategy against uncertain policy and technology paths
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Carbon economics is reshaping cost, investment and competitive position
Carbon prices, market mechanisms and policy signals increasingly affect operating economics across sectors and geographies.
Strategic challenges
Which circular models can work without weakening the underlying economics?
The challenge is separating viable lifecycle models from concepts that reduce waste but create unsustainable cost or complexity.
Where can sustainability changes improve the operating system itself?
The challenge is identifying interventions that reduce environmental burden while strengthening economics, resilience or supply security.