Currently in Pre-Seed SAFE Fundraising round.

Because you love
your cat, not the litter box smell.

Powered by TIOPUR™ Renewed Air technology, odor is neutralized at the molecular level — fragrance-free, ozone-free, and no activated carbon!

Carbon filters pollute at every stage.

POLLUTION STARTS AT PRODUCTION.

Made from fossil fuels, chemicals, and extreme heat. Every 1 kg produced creates roughly ~8 kg of CO₂—multiplied across hundreds of thousands of tonnes every year.

THE POLLUTION CONTINUES IN USE.

Carbon filters saturate quickly, often in less than six months. Once saturated, they can release captured VOCs back into the air before the entire filter is sent to landfill.

USED ONCE THEN TOSSED & BURIED FOREVER.

Virtually none of the 300,000+ tonnes of carbon filters used each year is reused or recycled, meaning nearly all of it ends up in landfill.

2 MILLION TONNES OF CO₂. EVERY YEAR.

Producing these filters generates up to two million tonnes of CO₂ every year! thats like emissions from 435,000 cars or the energy used by 270,000 homes.

The solution is technology

Introducing TIOPUR carbon-free air renewal technology that eliminates VOCs the smart, healthy and sustainable way.
Our proprietary photocatalytic pellet technology destroys VOCs without saturation or off-gassing. Unlike conventional carbon filtration, it requires no biomass, pyrolysis, or carbon production, dramatically reducing waste and environmental impact. The filters are recyclable and designed for closed-loop recovery, keeping spent material out of landfills. And because the system is patent-pending, it opens the door to scalable licensing, OEM integration, and brand partnerships.

The innovation behind infinite reuse

react.

TiO₂ pellets drive the reaction without being consumed — the same pellets circulate indefinitely.

reflect

Borosilicate glass spheres scatter UV light throughout the chamber, reaching every catalytic surface.

reuse

Only the HEPA pre-filter is replaced each cycle. Housing and pellets return to service. Landfill: near zero.