Why the time to act is now
A healthy ozone layer filters over 95% of harmful UV radiation. Natural recovery is underway thanks to the Montreal Protocol, but full restoration is projected to take decades. SkyForge pursues a complementary approach: localized, measured O3 generation in the lower stratosphere to accelerate recovery while maintaining safety.
Ozone 101
The ozone layer resides roughly 10–50 km above Earth’s surface and contains ~90% of atmospheric O3. Its job is to absorb UV‑B/UV‑C—protecting human health, ecosystems, and materials.
Learn more: NASA Ozone Watch, NOAA, UNEP.
Restore vs. protect
Protection phases out ozone‑depleting substances; restoration actively rebuilds O3 where it’s thin. Our tech targets flight corridors and regions that benefit most, complementing international agreements.
Our thesis
Generate ozone at altitude along established routes to address depletion more precisely.
Even modest increases in stratospheric O3 improve UV shielding at the surface.
Retrofit and line‑fit pathways across global fleets enable meaningful annual tonnage of “good ozone.”
FAQ
| Is it safe? | Yes—the system is engineered for low‑ppm mixing and precise dispersion away from the cabin and ground layer. Telemetry and controls provide guardrails. |
|---|---|
| What about regulations? | We aim to align with aviation regulators and environmental agencies. Early dialogues and measured pilots pave the certification path. |
| How is it powered? | By onboard power with strict efficiency targets. Designs prioritize minimal weight, redundancy, and airline‑grade maintainability. |
| How soon can it scale? | Pilot deployments validate performance; partnerships unlock broader adoption across routes and fleets. |
Get involved
Airlines, researchers, and climate organizations—reach out to explore collaboration.
Contact us