Circularity strategies and definitions
| Circularity strategies for designing products | Description |
|---|---|
| Developing collaborative approaches | Establishing mutually beneficial relationships with key suppliers/customers in supply chains, working together to achieve common goals through building trust and communication channels |
| Design for durability and reliability | Creating products that withstand wear and tear, as well as unexpected challenges, over extended periods of use |
| Design for maintenance, disassembly, reassembly and repair | Considering the ease and efficiency of maintenance, disassembly, reassembly, and repair when designing products or systems |
| Designing products to allow for future expansion and modification | Creating flexible and scalable products that can be easily modified or upgraded over time without significant changes to core design |
| Joint decision-making | Collaborative approach where decisions are made with key suppliers/customers about product design/modifications, process design/modifications, quality improvement, and cost control affecting the entire supply chain |
| Sharing information | Transmitting or exchanging important data with key suppliers/customers involves providing them with essential details about sales projections, production plans, order tracking and tracing, delivery status and stock level |
| Design for standardization and compatibility | Designing products or systems to meet industry standards and promote interoperability, reducing costs, improving efficiency, and enabling seamless collaboration between different products or systems |
| Circularity strategies for designing products | Description |
|---|---|
| Developing collaborative approaches | Establishing mutually beneficial relationships with key suppliers/customers in supply chains, working together to achieve common goals through building trust and communication channels |
| Design for durability and reliability | Creating products that withstand wear and tear, as well as unexpected challenges, over extended periods of use |
| Design for maintenance, disassembly, reassembly and repair | Considering the ease and efficiency of maintenance, disassembly, reassembly, and repair when designing products or systems |
| Designing products to allow for future expansion and modification | Creating flexible and scalable products that can be easily modified or upgraded over time without significant changes to core design |
| Joint decision-making | Collaborative approach where decisions are made with key suppliers/customers about product design/modifications, process design/modifications, quality improvement, and cost control affecting the entire supply chain |
| Sharing information | Transmitting or exchanging important data with key suppliers/customers involves providing them with essential details about sales projections, production plans, order tracking and tracing, delivery status and stock level |
| Design for standardization and compatibility | Designing products or systems to meet industry standards and promote interoperability, reducing costs, improving efficiency, and enabling seamless collaboration between different products or systems |
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