Partner
Graduate Industrial Engineer
Circular Economy: The Strategic Path Out of Resource Dependency
- Circular economy reduces dependency on raw materials and strengthens resilience.
- Circular models lower costs, CO₂, and risks in volatile markets.
- Companies secure future viability through strategic material cycles.
Hidir Altinok
Manager
Dipl.-Ing. (FH) Supply Engineering, M.Sc. Renewable Energy Systems
Global supply chains are increasingly under pressure: rising raw material prices, geopolitical risks, and volatile energy markets present companies with new challenges. The circular economy offers a strategic solution here. Instead of using resources once and disposing of them, materials are kept in circulation. Our current white paper shows how companies can strengthen their resilience while simultaneously reducing costs and risks.
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Why Rethinking Is Necessary
Today’s economic system is predominantly based on a linear principle: extract raw materials, manufacture products, generate waste. At the same time, resource consumption continues to rise. In the EU, it recently stood at an average of 14.9 tons per capita annually, with around five tons of waste.
This model is increasingly coming under pressure. Geopolitical tensions, climate events, and dependencies on critical raw materials such as rare earths, lithium, or cobalt make global supply chains vulnerable. The result is supply bottlenecks and price volatilities that place a particularly heavy burden on companies.
Dependency on fossil energy sources along the value chain also intensifies these risks. Rising energy prices and geopolitical developments have a direct impact on production costs and availability.
Why Circular Economy Creates Resilience
The circular economy addresses precisely this point and pursues the target of keeping materials and products in circulation for as long as possible. Instead of disposing of them after a single use, they are shared, repaired, reused, refurbished, and recycled.
Fundamental to this is the distinction between biological and technical cycles: while biological materials are returned to natural processes, technical materials—such as metals or plastics—remain permanently in the economic utilization system through recycling.
For companies, this approach creates concrete resilience advantages. Through the use of secondary raw materials, dependency on global primary raw material markets decreases, as does vulnerability to price volatilities and supply bottlenecks. At the same time, energy demand and costs are reduced—for example, recycled aluminum requires around 95% less energy than primary material.
Circular economy thus enables the preservation of value creation, more efficient use of resources, and sustainable strengthening of one’s own supply security.
How to Successfully Enter the Circular Economy
In our white paper, we show that the circular economy has evolved from a sustainability topic to a strategically relevant resilience strategy and how companies can take concrete steps toward circular economy—from initial actions such as energy and material analyses to long-term approaches such as new business models or circular product design. This is complemented by a structured roadmap as well as practical examples from various industries that make implementation tangible.