The design industry is currently mesmerized by carbon, which has become the primary, and often only, metric used to judge a product’s credentials.

While tracking emissions is vital for transparency, this focus has led us to have carbon tunnel vision. A hyper fixation that is leading us to become experts at auditing numbers, not necessarily designing better products.

When a carbon score becomes the only goal, brands may make choices that look perfect on a spreadsheet but fail in reality. The focus shifts from systemic change to improving the score, often leading to shortcuts that do not reduce waste on our planet.

What is Carbon Offsetting? (And Why Design Shouldn’t Rely on It)

One of the most common and most relied upon shortcuts we see across industries is carbon offsetting.
At its core, carbon offsetting allows a company to make up for its emissions by funding projects that reduce or remove carbon elsewhere. These can include planting trees, protecting forests, or investing in renewable energy. For every ton of CO₂ a company emits, it can purchase a “carbon credit” to balance it out.
On the surface, it sounds like a practical solution. But in reality, it is much more complicated.

Offsetting doesn’t reduce the emissions created by the product itself. It shifts the responsibility somewhere else. The product remains unchanged; its materials, manufacturing process, and end-of-life impact all stay the same.

In many cases, offsetting becomes an accounting exercise rather than a physical one. It allows companies to report lower emissions without fundamentally improving what they produce. A product can still be resource-intensive, short-lived, or difficult to recycle, and yet be labeled “carbon neutral” through the purchase of credits.

Several reports have also raised concerns about how these programs are measured and verified. Some analyses suggest that many offset projects deliver far less impact than they claim, pointing to gaps in accountability and inconsistencies in how results are tracked.
The result is a system where a linear “take-make-waste” model can continue, supported by claims of carbon neutrality.

The Hierarchy of Mitigation: Reduction First

Carbon offsetting can’t be the full sustainability strategy. As Gian Luca Baldo, sustainability expert at Life Cycle Engineering, explained on the Future is Circular podcast, offsetting should be reserved for unavoidable emissions.

It should be the final step, after reduction strategies have been fully explored. Offsets can help address the last few percent that today’s technology and processes cannot yet eliminate.
This aligns with how net-zero is intended to work. The majority of emissions should be reduced at the source, often more than 90 percent, before any remaining impact is addressed. Offsetting is meant to account for what cannot yet be eliminated, not replace the work of reducing it.

When offsetting is used too early, it reinforces a take-make-waste model rather than improving it. It allows companies to avoid the more impactful work of reducing emissions at the source.
True progress comes from taking a responsible design approach and reducing emissions at the source. This means rethinking material chemistry, improving factory efficiency, and building more thoughtful supply chains.

Regeneration vs. Offsetting

This is where the gap between reported impact and real impact becomes clear. At the core of the issue is a disconnect between what is measured and what is physically happening.

When we rely on offsets or other accounting-based approaches to lower impact, outcomes can become abstract. A product may be labeled as recycled or carbon neutral without any guarantee that the material itself will ever be recovered or used again. In some cases, the improvement exists only in how it is reported, not in what actually happens to the product.
This is where transparency matters.

Regeneration takes a more direct approach. It ensures that the material itself is transformed into new material for future products. The impact is not theoretical. It is built into the system and carried forward.

When designers prioritize materials that offer both longevity and the ability to be regenerated, the benefits compound over time. A product that lasts longer and can be recovered at the end of its life reduces the need for new materials and additional production. It creates a real, physical outcome that a carbon credit simply cannot replicate.

Why Material Longevity is a Carbon Strategy

Much of the carbon data we see today is based on what could be described as carbon snapshots—the footprint of a product at the moment it leaves the factory. While useful, these snapshots only capture a single point in time. They don’t account for how long a product will be used, how it performs over time, or what happens to it at the end of its life.

A more complete way to understand impact is to consider both carbon footprint and longevity together. When viewed this way, a clearer picture of impact across the full lifecycle begins to emerge. A product designed to last longer spreads its initial impact over more years of use, reducing the need for replacement and additional production. If a designer chooses high-performance, durable materials that can be reused, the carbon per year of use decreases significantly.

This is where design decisions start to matter in a very real way. Materials that maintain their performance over time keep products in use longer and out of landfill, reducing the need for energy-intensive replacements. Designing for disassembly ensures that when a product does reach the end of its life, its components can be taken apart, recovered, and used again.

That’s where the difference becomes meaningful. A product that lasts longer, and has a path forward at the end of its life, reduces the need to start over. Over time, that leads to a lower overall impact than a product designed for a short life.

“We Need Better Decisions, Not Just Better Numbers”

The design industry plays a powerful role in reshaping global systems. Katie Mesia, Design Resilience Leader at Gensler, captures this responsibility perfectly: “We have the opportunity to make generational impact with the decisions we make.”

Making a “generational impact” requires us to step away from the pursuit of a perfect, audited zero. It requires us to embrace the “messy” reality of circularity. Real progress isn’t about achieving a flawless score on a certificate today; it’s about moving every project toward circular design principles.

As Mesia suggests, we must stop waiting for a perfect solution and start making “better” decisions. If you choose a material that is physically recyclable over one that just claims to be “carbon neutral,” you are making a tangible difference. You are choosing the reality of the material over the convenience of the metric.

Designing for the Future

An obsession with carbon metrics is limiting our imagination. By focusing strictly on a number, we risk improving how impact is reported rather than how it is created. Responsible design asks more of us. It pushes us to look beyond snapshots, to question linear approaches, and to focus on reducing impact at the source through the decisions we make every day.

We don’t need better numbers. We need better decisions. And those decisions start with the materials we put into the world.

Ready to Go Deeper?

Are you ready to move beyond complex sustainability data and make it actionable? In our upcoming webinar, we will dive deeper into the “Marketing vs. Reality” debate. We’ll be joined by industry leaders who are simplifying how sustainability is communicated and applied in real-world design decisions.

Webinar:
Beyond Carbon Metrics—Why Responsible Design Is More Than a Number
May 28, 2026