31 Oct, 2025
The linear waste economy is one that most companies are familiar with, as it has been in existence since the industrialization era began. However, the problem with this approach to waste is that it is based on a linear model, typically characterized by the following steps: Take raw materials, produce products, sell them, and dispose of the leftovers. Naturally, the linear waste approach yields a substantial amount of waste that does little more than harm the environment. This is why the circular economy approach to waste is so critical.
The Ellen MacArthur Foundation defines the circular economy as one that “keeps products and materials in circulation and regenerates nature.” The circular economy replaces the one-way flow of materials with a continuous loop. This means that instead of the usual “take, make, and dispose” approach, the circular economy uses the “make, use, recover, and reuse” approach.
The idea behind the circular model is to keep products and materials in motion for as long as possible.
In a linear system:
In a circular system:
The shift from linear to circular isn’t just about waste; it’s about resilience and moving from disposal to resource recovery. The following elements show how real businesses can effectively leverage the circular economy approach to waste:
Circularity begins before any product is produced, which is why product design is crucial. The goal here is to design the product in such a way that it prevents waste. The following will help to ensure that:
For example, a manufacturer may choose to design its device with screws instead of glue, allowing it to be repaired rather than discarded.
Reusability is at the core of the circular economy approach to waste management. So, instead of throwing away returned products, your company can collect them from customers and extend their life cycle by offering repair, resale, or remanufacturing services. Here are some examples of what this looks like:
This way, you can cut disposal costs, lower raw material use, and build sustainable supply chains that reduce volatility.
Circularity isn’t just about efficiency; it’s also about renewal. That means while the linear model depletes, the circular model restores. This shift supports sustainable manufacturing that aligns with planetary limits, not short-term extraction.
Reverse logistics is the circulatory system of the circular economy because it is responsible for moving used products back into the value chain. Following the reverse logistics, the recovered goods are then sorted, inspected, and either refurbished or recycled.
But don’t make the mistake of treating the reverse logistics as unimportant. It needs the same care and planning as forward logistics. And for it to work, collection points, tracking systems, and verified processing are essential.
The circular economy isn’t just a feel-good trend. It’s a smart response to risk, cost, and demand. Here is why more businesses are making the switch:
As resource prices fluctuate and sourcing resources becomes increasingly challenging, reusing materials is one sure way to ensure stability and reduce exposure to supply shocks.
Stakeholders, including consumers, regulators, and investors, are increasingly bullish about real-world metrics regarding environmental sustainability. With the circular economy approach to waste, businesses are ensuring waste diversion, traceability, and clear sustainability reporting. And as countries introduce Extended Producer Responsibility (EPR) laws and packaging mandates, businesses are staying ahead of compliance by embracing the circular economy.
Companies that build circular models are creating new services, such as repair subscriptions, product-as-a-service, and reverse logistics platforms. These businesses are able to lead with flexibility, not just volume.
The circular economy is not a buzzword. It’s a practical model for modern businesses that allows them to convert waste into raw materials, turn return flows into value, and reduce costs while meeting rising standards. And Close the Loop’s closed-loop systems can help you manage return flows, recover materials, and divert waste from landfills. That’s not theory — it’s real-world performance.