Fungi-Powered Diapers

HIRO's MycoDigestible Diaper Comes with Plastic-Eating Fungi

Over a decade ago, scientists discovered plastic-eating fungi in the Amazon and HIRO is now bringing these findings out of the lab and straight to consumers. Baby diapers are the number one plastic household waste item and the third most common item in landfills, and the MycoDigestible Diaper introduces a different solution for a brighter future. These high-performance diapers made with unbleached cotton are super-absorbent, and they come with plastic-eating fungi so that they break down in landfill.

The HIRO Diaper Bundle features HIRO Pouches that can be added to the MycoDigestible Diapers. Because the fungi recognizes plastic as food, it releases enzymes to begin breaking down the plastic, and absorb the molecules for fuel before decomposing into soil.

On Kickstarter, HIRO was successfully funded with the support of backers fighting the global plastic crisis.

Biodegradable Baby Products
The rise of biodegradable diapers marks a shift towards sustainable baby care solutions that minimize environmental impact.
Fungi-based Waste Solutions
Harnessing fungi's natural ability to decompose plastic presents a novel approach to reducing landfill waste.
Crowdfunding Eco-innovations
Successful crowdfunding campaigns highlight growing consumer support for eco-friendly innovations in waste management.

Where This Applies

Sustainable Consumer Goods
Sustainable consumer goods industries are incorporating natural materials to create eco-friendly alternatives to traditional products.
Biotechnology
The biotechnology sector is exploring the potential of organisms like fungi to break down harmful waste materials effectively.
Waste Management Innovation
Innovation within waste management is focusing on biological processes to address plastic over-accumulation issues.
SCORE
4.7 out of 10
GENDER
50% Men50% Women
MARKETTop markets: North America
GENERATION
  • Gen Z
  • Gen Alpha
  • Gen X
  • Millennial (primary audience)
POPULARITY
Popularity 47%
Activity 49%
Freshness 44%