At heart, entrepreneur Jinali Mody is a science whiz. Yet the founder of Banofi, the creators of a plant-based alternative to leather of the same name that’s made using upcycled banana crop waste, is looking to make big moves in the fashion industry.
“I was always very sustainability minded,” says Mody during a recent visit to Mumbai shortly after winning the Forbes 30 Under 30 Asia 2025. “So, whenever I shopped, I always felt either massively guilty or I struggled to find alternatives. I wanted to make it easier for people to enjoy fashion, to express themselves, but without damaging the environment.”
We’re chatting while surrounded by a range of accessories that Mody has developed to show Banofi’s potential. There are structured, office-ready totes (28-year-old Mody carries one herself), a fashion-forward angular sling bag, a rectangular, lipstick-red clutch that I’m already eyeing, laptop cases, wallets and card holders, and plenty of office supplies, such as notebooks, pen holders, and desk organisers. Some have been embossed with a pebble finish or reptile-skin textures, others are smooth, but all of it looks, feels, and even smells like leather.
After she founded the company in 2022, it took Mody and her team of researchers nearly three years of development to reach a final, stable product that could be scaled up for manufacturing. Right now, they can roll out 4,000 metres of banana-based leather a month, although they have the capacity to double that.
Along the way, though, there were versions that caught fungus, that absorbed water, or just didn’t smell like the real deal. The process is both surprisingly earthy and high-tech.
It starts with the banana crop waste that the team gets delivered from 100 small farmers around their factory in Rajpur Sonarpur, West Bengal. In India, more than 100 million tonnes of banana crop waste are incinerated or dumped every year, so there’s no shortage of raw material. The waste becomes a source of cellulose fibre, which is then processed with natural gums and adhesives, and coated with colour and other protectants to become the final leather-like material. The result produces 90 per cent less carbon emissions and uses 95 per cent less water than regular leather.