Mumbai, the economic capital of India, has several pockets where people stand in long queues to fetch a few pots of water daily — a scene prevalent in most parts of the world.
Almost four billion people experience severe water scarcity for at least one month each year. According to UNICEF, by 2040, roughly one in four children worldwide will live in areas of extremely high water stress.
In their nascent stages, wastewater treatment and recycling are a few solutions to address the global crisis of water shortage. Nonetheless, modern-day technology is opening new doors to solve this crisis.
While the science behind generating water from air is not uncommon, India is yet to catch up with this technology economically to address the issue of drinking water scarcity at home.
In 2020, Sanjay Kumar Garg, along with Natwar Dhuwalia and Bharat Bhushan Kapoor, launched Aryav AWG under the company Aryav Ecofriendly Resources Pvt Ltd. However, this was not Sanjay’s first brush with entrepreneurship.
A decade ago, in 2008, Sanjay founded Aryav Enterprises, which deals in innovative environmental-friendly products, including solar power plants and solar water heating systems. He expanded this to Aryav Green Energy Pvt. Ltd in 2010. In 2017, he started a company called Aryav Ecotech which deals in waste energy and waste management (where it converts waste tyres into Pyrolysis oil).
Now, the Delhi-based company also generates water from the air.
(L-R) Sanjay Kumar Garg, Natwar Dhuwalia, and Bharat Bhushan Kapoor, Co-founders, Aryav AWG
In 2021, the global Atmospheric Water Generator (AWG) market size exceeded $2.65 billion, and is estimated to grow at a CAGR of over 18 percent between 2022-28.
He adds, “These AWGs provide a decentralised local source of potable water without any connection to pipes or catch basins. All they require is electricity or an alternate source of power to extract, condense, purify, and dispense crystal clear fresh drinking water.”
The startup’s AWG extracts water vapour from the air by the condensation method—cooling the air below its dew point and pressurising it. Unlike a dehumidifier, an AWG is designed to render the water potable.
Meet a new Hero every week - Get inspiring stories of entrepreneurs building Indian brands
Please fill in this field.
Something went wrong. Try again later
You have been successfully registered for our daily newsletter.
This filtered air is pushed over a coil by controlled speed fans to produce water, later directed to a holding tank with a purification and filtration system.
According to Sanjay, AWGs are useful in regions where safe drinking water is scarce, except for dry regions with 30 percent humidity such as Rajasthan, Delhi-NCR, etc.
Aryav AWG has designed its machines to meet drinking water requirements between 100 to 10,000 litres per day, catering to domestic and industrial use. The company has its in-house manufacturing unit in New Delhi.
The company operates a capex and renting business model, where a 100-litre water dispensing machine costs Rs 1.95 lakh.
At present, Aryav’s clients include SIDBI Kolkata and Hyderabad-based Wellstark Energy Pvt Ltd, among others. Besides, it works as an original equipment manufacturer (OEM) for other AWG manufacturers in India.
SMBStory reached out to JSS STEP (Science and Technology Entrepreneurs Park) to understand the future potential of this technology.
Divya Rajput, the CEO of the Noida-based business incubator, says, AWG is a great technology to sustain humankind for many years as increasing global temperatures and population rise will create severe groundwater scarcity.
Capitalising on this, Aryav AWG has made its first international expansion to Dubai, UAE, besides having a presence in India.
Handling water scarcity will be a top priority in the coming decade.
Supportive regulatory guidelines by Environmental Protection Agency (EPA), the EU Commission, and the World Health Organisation (WHO) will drive AWGs’ growth.
According to Fortune Business Insights, the high cost of products is restraining the growth of the industry, especially among household and light commercial applications.
However, large-scale industries are adopting sustainable solutions to meet their water requirements. According to a UN report, this consumption is expected to increase by 2030.
Sanjay says Aryav AWG is developing machines that will generate water through wind power, increasing the capacity from 10,000 to 20,000 litres per day.
“We are in the process of appointing global channel partners for our company. We are already expanding in India and have our partners in Dubai. We are also expanding in the South African market,” he adds.