Objective of the Tool
The Reverse Logistics Canvas supports furniture companies in designing structured systems for the return, collection, sorting, refurbishment, and recovery of products at end-of-use.
The tool helps organisations map the operational processes, infrastructure, partners, and economic flows required to recover value from used furniture. It clarifies how products move backward through the value chain and how different recovery strategies—such as refurbishment, reuse, remanufacturing, or recycling—can be implemented efficiently.
By structuring these reverse flows, companies can reduce material losses, extend product lifetimes, and support compliance with emerging circular economy policies and extended producer responsibility requirements.
What the Tool Is
The Reverse Logistics Canvas is a system design canvas used to structure the operational architecture of circular recovery systems for furniture products.
It enables organisations to design how used products are:
returned or collected
transported and consolidated
inspected and sorted
refurbished or repaired
redistributed to secondary markets
dismantled for material recovery
The output is a clear reverse logistics system map connecting operational processes with ecosystem partners and economic flows.
When to Use the Tool
The Reverse Logistics Canvas is particularly useful when companies are:
Implementing take-back systems
Developing furniture refurbishment programmes
Launching furniture-as-a-service models
Preparing for extended producer responsibility schemes
Building secondary markets for used furniture
Improving material recovery and recycling systems
It is typically used after business model design and ecosystem mapping, when companies start planning operational implementation.
How to Use the Tool
Step 1 – Define Product Return triggers
Participants identify the situations in which furniture returns to the system.
Step 2 – Map Collection and Logistics Channels
Teams identify how products are collected and transported.
Step 3 – Design Sorting and Recovery Pathways
Participants define how products are assessed and which recovery strategy is applied.
Step 4 – Identify Required Infrastructure
Teams determine the facilities and capabilities required.
Step 5 – Map Ecosystem Partners
Participants identify the actors needed to operate the system.
Step 6 – Evaluate Economic Feasibility
Teams assess costs and revenue opportunities associated with reverse logistics.
Step 7 – Evaluation data layer
Participants challenge the existing data and traceability infrastructure to support take back.
