GCIOSGF VGP recently visited several recycled product companies and observed a pattern: costs are not cheap.
To balance the circular economy with high costs, the key lies in transforming "green spending" into "business competitiveness." Companies cannot simply engage in low-value recycling at the end of the process; they must address this from the source through design, business model transformation, and supply chain collaboration, enabling the circular mechanism itself to reduce costs and generate new revenue.
Here are four core strategies for achieving this balance:
💡 1. Circular Design: Eliminating End-of-Life Costs at the Source
Whether a product can be economically circular is determined over 80% during the design phase.
Mono-material: Traditional products often mix multiple plastics or composite materials, resulting in extremely high separation costs. Using a single material (such as pure polyester or a single plastic) significantly reduces end-of-life sorting and recycling costs. Design for Disassembly: Modular design allows products to be repaired or have only parts replaced when damaged, rather than the entire unit. This significantly reduces after-sales warranty and repair costs for businesses.
🔄 2. Business Model Innovation: Transforming One-Time Costs into Long-Term Assets
Changing the relationship with consumers allows businesses to retain product ownership, thereby driving cost optimization.
Product-as-a-Service (PaaS): Replacing outright purchases with leasing, subscriptions, and sharing (e.g., pay-as-you-go copiers, reusable packaging subscriptions). With the product asset remaining in the company's hands, manufacturers proactively design products to be more durable and easier to repair, significantly amortizing initial manufacturing costs in the long run.
Reverse Logistics Optimization: Treating packaging materials as "reusable assets" rather than discarded items. Establishing efficient recycling pathways through partnerships with chain convenience stores and existing logistics systems can gradually reduce variable costs per cycle. 📈 3. High-Value Transformation: From "Low-Cycling" to "Up-Cycling"
Traditional recycling often results in decreasing value with each recyclering (e.g., PET bottles are downgraded into cheap carpets), leading to unprofitability.
Technological Upgrading and High-Value Transformation: Through materials science or precise sorting, waste can be transformed into high-purity industrial-grade raw materials or premium-priced, highly designed products.
Monetizing Waste: Inventorying internal waste (such as agricultural byproducts and industrial ash) and converting it into raw materials for other industries. This not only eliminates high waste disposal fees but also generates additional green revenue.
🤝 4. Shared Infrastructure: Cross-Industry Risk Sharing
Building a circular system independently by a single company is extremely costly; it requires reliance on shared resources within an ecosystem.
Cross-Brand Logistics Integration: Similar to multiple food and beverage brands sharing the same "recycled cup" recycling and cleaning infrastructure, economies of scale are used to share cleaning and transportation costs.
Leveraging External Certification and Green Financing: Aligning with the Ministry of Environment's circular certification and traceability mechanisms can reduce costs associated with information asymmetry and facilitate access to more favorable green financing or sustainable loans from banks, alleviating initial investment pressure.
🔎 Cost Structure Comparison of Linear Economy vs. Circular Economy
Cost Items | Traditional Linear Economy | Balanced Circular Economy | Initial Design and R&D | Lower (Standardized rapid production) | Higher (Requires investment in modularization and material R&D)
Raw Material Procurement Costs | Susceptible to fluctuations in international mineral/crude oil prices | Stable (Mostly uses predictable recycled/self-recycled materials)
Waste Disposal Fees | Soaring year by year as regulations tighten | Significantly reduced (Source reduction or conversion into resources)
Consumer Relationships | One-time purchase, end after sale | Long-term subscription or high-stickiness after-sales circular service
In summary: The circular economy is not an additional environmental burden, but rather an essential "high-value upgrade" for industry. While initial investment in design and system establishment is indeed necessary, in the long run, it improves resource efficiency, stabilizes the supply chain, and avoids increasingly high carbon taxes and waste disposal costs. How to balance renewable resources with high existing costs? We welcome your suggestions!
