Restoring Vayu: – The Story of Vidyut Mohan who saw possibility where millions saw waste
– By Nikhil Shrivastava
Ancient Indian philosophy tells us that Panch Bhuta- Prithvi, Agni, Jal, Vayu and Akash, is the basis of all cosmic creation. But what happens when the very foundation of creation begins to decay?
The answer is in the air we breathe. What was once a life-giving element has become a growing threat to human health. A study by the Indian Council of Medical Research (ICMR), found that in 2017, 1.24 million deaths in India 12.5% of all deaths were attributable to air pollution.
But a young social entrepreneur from India, Vidyut Mohan, turned this crisis into opportunity. The Panch Mahabhutas taught us that life depends on the balance of nature while Vidyut Mohan’s journey shows us what it means to protect that balance.
Growing up in Delhi, Vidyut saw the choking smog preceding the winters every year. For him, this problem was neither distant nor abstract. The problem of smog in Delhi is closely associated with burning of agricultural residue. For farmers with tight schedules, limited resources, finite knowledge and scant understanding of its implications, burning of stubble seems to be the most effective method to prepare for the next sowing season. India’s relationship with agriculture makes this problem particularly significant. Agriculture and allied activities remain central to India’s economy, employing 43% of the Indian population. According to Consortium for Research on Agroecosystem Monitoring and Modelling from Space- (ICAR- IARI), 68259 fire count of wheat residue and 33028 fire count of paddy residue was noted in the year 2026 and 2025 respectively.
But Vidyut looked at things differently. What was an environmental liability for millions became an opportunity for innovation in Vidyut’s hands.
After completing mechanical engineering from R.V College of engineering, his journey began at Delft University of Technology where he completed his Masters in Sustainable Energy Technology and Sustainable entrepreneurship. During his studies, he began exploring biomass and alternative ways of dealing with agricultural waste. His interest was driven by a simple realization: the same material that was being treated as waste and burned could potentially be transformed into something useful. His early experiments took him beyond the classroom. In 2016, he worked on a pilot project in Uttarakhand that converted pine-needle waste, a major fire risk, into charcoal, a biofuel for the local restaurants. The experiment revealed something important: solving an environmental problem could also create economic value for local communities.
Ultimately, his passion to turn problems to actual solutions, led to the launch of Takachar in 2018 along with the co-founder Kevin kung. The challenge they set out to solve was deceptively simple. Agricultural residue is bulky, wet and expensive to transport. Large centralized processing plants may work in theory, but transporting low-value biomass over long distances can make the economics difficult for farmers. Takachar approached the problem from the opposite direction: take the technology to the waste, rather than taking the waste to the factory.
The result was a small-scale, portable biomass-processing system designed to operate close to where agricultural and forest residues are generated. Takachar’s technology uses oxygen-lean torrefaction to transform biomass into a carbon-rich material that can then be upgraded into higher-value products, including fertilizers, chemicals, biofuels and activated carbon.
Vidyut’s brainchild thus solved twin problems of environmental pollution, by recycling of waste, mitigation of fire, and carbon offsetting, as well as improved rural livelihood.
The study of Economics majorly revolves around the problem of choice. Our lives are replete with choices and those choices comes with opportunity costs. It is easy to view environmental protection as a choice between economic growth and conservation. Vidyut’s model challenges that assumption. His innovation asks whether protecting the environment can itself become economically attractive. And that is what makes his story particularly significant.
Then comes the fruits of his hardwork where Vidyut received Echoing Green Fellowship in 2019, got included in on Forbes’s “30 Under 30” list in the social entrepreneur’s category and was honoured as one of the United Nations Environment Programme’s Young Champions of the Earth. The major breakthrough came in 2021 where Vidyut and Takachar won the Earthshot Environment Prize awarded by the UK’s Prince William to exceptional innovators working to find solutions that combat the existential threat of climate change. They were one of five finalists in the “Clean our Air” category, and received a prize of one million pounds.
His success is not only defined by these but also his determination and ability to use his technical know-how for the betterment of the society. But perhaps the most impressive thing about him is neither the awards nor the machine, it is the change in perspective that he brought out, For generations, agricultural residue was seen as a problem to be cleared. Vidyut saw it a resource to be unlocked. Where there was smoke, he saw cleaner air. Where there was waste, he saw a product. And where there was a challenge for farmers, he saw a new way of empowering them. For him, the smoke rising from the farms was not merely a sign of pollution, but a reminder to change the system. And instead of asking farmers to choose between their livelihoods and the environment, he questioned whether technology could make the two work together.
And that question became Takachar and Takachar became proof that an environmental problem can become a starting point for innovation.
His story is therefore more than about a machine. It is a story of a young Indian who looked at country’s biggest problem and refused to accept that the only choices were waste, smoke, and pollution. He showed the world that the same agriculture economy that was the part of the problem could also generate the solution. And that is the most meaningful juxtaposition of all.
The fields that once released clouds of smoke became the starting point for a different kind of transformation. Through innovation what was once burned away could instead become fuel, fertilizer, and opportunity.
