What Is the Circular Economy and Why Does It Matter for IT?

Beyond Take-Make-Dispose

The traditional economic model for technology is linear: raw materials are extracted, manufactured into products, used for a few years, and then discarded. This take-make-dispose approach has powered the technology industry’s extraordinary growth, but it comes at an enormous environmental cost. Every year, the world generates over 50 million tonnes of electronic waste, most of it from products designed to be used briefly and then thrown away.

The circular economy offers a fundamentally different model. Instead of treating products as disposable, a circular approach aims to keep materials and products in use for as long as possible, extracting maximum value before recovering and regenerating materials at end of life. For the IT sector, this means designing products for longevity and repairability, maintaining and upgrading equipment rather than replacing it at the first sign of age, refurbishing and reselling equipment that still has functional value, and recovering materials through recycling when products truly reach end of life.

This is not just an environmental aspiration. The circular economy for IT represents a significant economic opportunity for businesses that embrace it. Reduced procurement costs through extended equipment lifespans, revenue from asset recovery, lower disposal costs, and stronger sustainability credentials all contribute to a compelling business case.

How the Circular Economy Applies to IT Equipment

In a circular IT economy, the lifecycle of electronic equipment looks very different from the traditional model. Rather than a straight line from purchase to disposal, it becomes a series of loops that extend the useful life of both products and materials.

The innermost loops (repair, upgrade, maintain) are the most valuable because they keep the original product in use with minimal additional resources. Each successive loop (refurbish, reuse, recycle) requires more processing but still captures value that would be lost in a linear disposal model.

For a comprehensive look at how the circular economy applies to Australian businesses, see our hub article on the circular economy for electronics.

The Business Case for Circular IT

The circular economy is not about sacrificing business performance for environmental goals. Done well, circular IT practices improve financial outcomes while reducing environmental impact.

Extended equipment lifespans reduce capital expenditure. If a laptop fleet lasts five years instead of three through better maintenance and strategic upgrades, the business avoids the cost of an entire replacement cycle. For a company with 500 laptops, this could represent hundreds of thousands of dollars in deferred procurement.

Asset recovery generates revenue from equipment that would otherwise be a disposal cost. A three-year-old business laptop that has been professionally refurbished can sell for 20 to 40 percent of its original value. Even older equipment often has resale value in secondary markets. Working with an ITAD provider who maximises recovery value turns a cost centre into a revenue stream.

Reduced disposal costs follow naturally from extending equipment life and recovering value from retired assets. When equipment is refurbished and resold rather than sent directly to recycling, the disposal cost is offset or eliminated by the resale value.

Sustainability credentials are increasingly valuable in winning business, attracting talent, and satisfying investor expectations. Demonstrating circular IT practices provides concrete evidence for ESG reporting, tender responses, and sustainability communications. Our guide on ESG reporting and e-waste explains how to leverage this.

Circular Economy Principles in IT Procurement

The circular economy starts at the procurement stage. The decisions made when purchasing IT equipment have a direct impact on how easily that equipment can be maintained, repaired, upgraded, refurbished, and eventually recycled.

Buy for durability. Enterprise-grade equipment from reputable manufacturers typically lasts longer and is better supported than the cheapest available option. The upfront premium often pays for itself through longer useful life and higher residual value.

Consider repairability. Products that can be opened, diagnosed, and repaired are more likely to have long useful lives than sealed units designed for replacement rather than repair. Some manufacturers publish repairability scores for their products, which can inform procurement decisions.

Plan for end of life at the point of purchase. When procuring new equipment, consider what will happen to it in three, five, or seven years. Is there a secondary market for this type of equipment? Does the manufacturer offer a take-back program? How easy will it be to recycle? These considerations support circular outcomes when the equipment eventually reaches end of life.

For more on managing the full asset lifecycle, see our guide on the complete IT asset lifecycle from procurement to disposal.

The Role of ITAD in the Circular Economy

IT Asset Disposition (ITAD) providers are key enablers of circular IT. A good ITAD provider does not just recycle old equipment. They assess each item for its highest-value outcome, whether that is refurbishment and resale, component harvesting, or material recycling. This hierarchy of outcomes aligns directly with circular economy principles.

Refurbishment is the most circular outcome. A laptop that is data-wiped, cleaned, tested, and resold extends the product’s useful life by years, deferring the environmental impact of manufacturing a new device. The refurbished equipment serves a new user, and the original business recovers value from its investment.

Component harvesting captures value from equipment that cannot be refurbished as a whole but has working parts (screens, keyboards, RAM, storage) that can be used to repair other devices. This extends the useful life of components beyond the life of the original product.

Material recycling is the last resort in a circular model, applied to equipment that has no reuse or component value. Even here, the circular approach seeks to recover as much material as possible for use in new products, rather than sending everything to landfill.

For guidance on choosing a provider who supports circular outcomes, see our article on how to choose an ITAD provider in Australia.

Barriers to Circular IT

Despite the clear benefits, several barriers slow the adoption of circular IT practices. Design choices by manufacturers that limit repairability, such as soldered RAM, glued batteries, and proprietary components, make it harder to extend product lifespans. Software limitations, where operating system updates slow older devices or where security patches are discontinued, force hardware replacement even when the physical device is still functional.

Procurement practices that focus exclusively on upfront cost rather than total cost of ownership can drive purchases of cheaper, less durable equipment. Cultural factors, including the perception that used or refurbished equipment is inferior, create resistance to reuse within organisations.

These barriers are real but not insurmountable. Regulatory trends like right to repair legislation, evolving procurement standards that consider lifecycle costs, and growing awareness of sustainability issues are all working to lower these barriers over time.

Getting Started with Circular IT

Businesses do not need to overhaul their entire IT strategy overnight to start applying circular economy principles. Practical starting points include extending equipment refresh cycles where performance allows, working with an ITAD provider to recover value from retired equipment, choosing durable and repairable products when making new purchases, and tracking the outcomes of equipment disposal (refurbished, recycled, or disposed) to measure progress.

The circular economy for IT is not a distant future concept. It is a practical, available approach that delivers measurable financial and environmental benefits today. Businesses that start applying these principles now will be better positioned as circular economy expectations become standard practice in procurement, reporting, and regulation.

For the broader context of what happens to electronics at end of life, see our article on the full journey of your old electronics.

EWV provides e-waste collection and recycling for Victorian businesses, responsibly processing electronic equipment through certified downstream partners. Book a collection to keep your e-waste out of landfill.