Sustainability

Every year, hundreds of millions of perfectly good sunglasses frames are thrown away -- not because they are broken, but because a lens got scratched. We believe in a better way. By replacing lenses instead of entire sunglasses, we keep frames out of landfills, reduce carbon emissions, and preserve the frames you already love.

The Problem

The eyewear industry has a waste problem

The global eyewear market sells approximately 2.7 billion pairs each year. But what happens when a lens gets scratched or a prescription changes? The vast majority of frames are simply discarded.

440M+
pairs of sunglasses discarded globally each year
<5%
of discarded eyewear is recycled in any form
100–1,000 yrs
for common frame and lens materials to decompose

That means over 400 million pairs per year end up in landfills, oceans, or incinerators -- where they leach plasticizers, BPA, and heavy metals into the environment for centuries.

Our Solution

Replace the lens, not the frame

When you choose a ReFramed lens replacement instead of buying new sunglasses, you avoid the entire frame manufacturing and packaging supply chain. The savings are significant.

Metric New Premium Pair ReFramed Replacement You Save
CO2 Emissions ~10.5 kg ~1.5 kg ~9.0 kg CO2e
Water Usage ~85 litres ~5 litres ~80 litres
Energy ~7.0 kWh ~2.0 kWh ~5.0 kWh
Frame Waste 30–45 g 0 g 100% diverted

Comparison vs. purchasing a new pair of premium sunglasses (Oakley, Ray-Ban, etc.). Based on full life-cycle analysis consistent with ISO 14040/14044.

What 9.0 kg of CO2 Looks Like

Making the numbers real

Every ReFramed lens replacement saves approximately 9.0 kg of CO2e compared to buying new premium sunglasses. Here is what that means in everyday terms:

36 km
of driving in an average car. That is 22 miles kept off the road.
1,100 charges
of a smartphone. That is over 3 years of daily charging.
450 bags
of single-use plastic not produced. Nearly a year and a half of grocery trips.
4–5 months
of carbon absorption by a mature tree. One replacement does what nature takes months to do.
2.7 kg of coal
left in the ground instead of being burned for energy.
80 litres
of water saved from the manufacturing process. Over 500 glasses of drinking water.
9+ days
of running a 60W light bulb continuously. That is 220 hours of light.
1.8 t-shirts
worth of fast-fashion emissions avoided. The hidden cost of disposable goods.

Linear vs. Circular

Rethinking the eyewear lifecycle

The traditional eyewear industry follows a linear take-make-waste model. ReFramed closes the loop.

The Linear Model (Traditional Industry)
Raw Materials → Manufacturing → Retail → 2–3 Years Use → Landfill
100% of the product enters the waste stream. 6–10.5 kg CO2e per pair. 400+ years to decompose.
The Circular Model (ReFramed)
Original Purchase → Daily Use → Lenses Wear Out → ReFramed Replacement → Continued Use &circlearrowleft;
Frame lifespan extended to 10–20+ years. Only ~1.5 kg CO2e per renewal. Zero frame waste.

Cumulative Impact

The power of collective action

Every lens replacement contributes to a growing impact. Here is how the numbers add up as our community grows.

Replacements CO2e Saved Water Saved Frames Diverted
100 900 kg (~1 tonne) 8,000 litres 100 frames (~3.5 kg)
1,000 9 tonnes 80,000 litres 1,000 frames (~37 kg)
10,000 90 tonnes 800,000 litres 10,000 frames (~370 kg)

10,000 replacements saves CO2 equivalent to what approximately 4,100 mature trees absorb in a year, or taking 20 average cars off the road for 12 months.

The Process

What happens when your frame arrives

Every frame that comes through our door receives careful, hands-on attention. Here is a summary of our six-step process.

1
Intake and Inspection
Frame is received, documented, and assessed for structural integrity. Material type is identified and any existing damage is catalogued.
2
Cleaning and Preparation
Ultrasonic cleaning removes oils, debris, and buildup from all surfaces and crevices. Acetate frames receive additional treatment to restore clarity and colour.
3
Old Lens Removal
Lenses are carefully removed using material-specific techniques -- gentle heat for acetate, controlled leverage for nylon, and precision disassembly for metal frames.
4
Frame Adjustment and Restoration
Temples are aligned, hinges tightened, nose pads adjusted, and the lens channel inspected. Your frame is restored to proper form before new lenses go in.
5
Precision Lens Fitting
Replacement lenses, precision-cut to your frame's exact orbital shape, are fitted using material-appropriate methods. Every lens is verified for secure, even seating with no gaps or pressure distortion.
6
Quality Control
Optical inspection, fit verification, alignment check, cosmetic review, functional testing of hinges, final cleaning, and documentation. Nothing leaves without passing every check.

Quality Promise

Built to last, made to be renewed

A well-made sunglasses frame -- whether Italian acetate, proprietary nylon, or precision metal -- is engineered to last 10 to 20 years or more. The frame itself rarely fails. It is almost always the lenses that wear out: a scratch, a coating that degrades, a prescription that changes.

That is exactly the problem ReFramed solves. By giving your frame fresh lenses, we extend its useful life by years -- often by a decade or more. Your frame keeps its exact fit, already shaped to your face. Premium materials preserve their performance characteristics. And if you have a frame with sentimental value, it stays with you.

Replacing lenses instead of frames delivers an 78–85% reduction in CO2 emissions per renewal cycle, a 90%+ reduction in solid waste, and a 90%+ reduction in water consumption compared to buying new.

Our Methodology

Our CO2 savings calculations use the conservative central estimate of ~9.0 kg CO2e saved per lens replacement compared to purchasing a new pair of premium sunglasses. This is based on full life-cycle analysis consistent with ISO 14040/14044 standards, referencing published data from IPCC AR6, IEA, EPA emission factors, and peer-reviewed LCA studies on consumer products.

We welcome third-party verification of our claims and collaboration with researchers and sustainability organisations to improve the accuracy of eyewear environmental impact data.