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UBC Post-Doc Entrepreneur's Invention Wins Nearly $2 Million Prize From Royals, Elon Musk
Thursday, November 25, 2021Company Profile | Follow Company
Waste-burning machine reduces carbon emissions, improves air quality
Vancouver, BC, November 25, 2021--(T-Net)--The waste-burning emission reduction invention of a UBC post-doctoral chemical and biological engineering student now has royal recognition and the attention of one of Earth's most influential billionaires.
Kevin Kung, co-founder, president and chief technical officer of start-up company Takachar, and his partner Vidyut Mohan (co-founder and CEO), were recently presented with an Earthshot Prize in the Clean Air Category, worth $1 million British pounds, as well as another US$250,000—the equivalent of C$1.9 million in total— in the Carbon Dioxide Removal Demonstration student category from the XPrize and Musk Foundation, founded by Elon Musk.
The Earthshot Prize is awarded by the Royal Foundation of The Duke and Duchess of Cambridge—otherwise known as Prince William and Kate Middleton.
"I'm really surprised and very humbled and honoured to receive these prizes, and I'm grateful for the significant attention they bring to the problem of residue burning," says Kung.
Kung is currently in Phase 3 of entrepreneurship@UBC's venture program and is in the process of moving Takachar's research and development centre to Vancouver from San Francisco. The entrepreneurship@UBC program assists students, faculty, staff and alumni in bringing early-stage ventures from infancy to fruition.
The recent prizes were bestowed upon what Kung and Mohan have dubbed the "MiniTorr."
The MiniTorr is a cheap and small-scale portable machine that uses torrefaction to more easily transform biomass (crop residue, for example) into sellable bio-products, such as fuel and fertilizer.
Where crop and forest residues are often wet, bulky and expensive to gather and transport to central conversion facilities, the MiniTorr can fit in a pick-up truck and travel directly to the waste.
As Kung explains, many farmers burn their crop residue, which has devastating effects on climate and human health through smoke pollution or by providing fuel to feed catastrophic wildfires.
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Using MiniTorr to transform the waste at the local level into fertilizer means farmers can improve their crop yields and invest the money into their daily operations—all while cutting down on carbon emission, improving air quality and reducing wildfire risk. Credit: UNEP
"When I was small, I grew up next to rice paddy fields and I remember when the farmers would burn off the stubble left behind after harvesting, which led to local air quality issues," he says.
"There will always be a nostalgic element to the smoke and smell in the air but looking back, those memories have very different connotations now."
He adds: "I would not want my children to have that kind of memory."
For more information about entrepreneurship@UBC, go to www.entrepreneurship.ubc.ca.
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University of British Columbia
Vancouver (Education)
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