With a current daily production capacity of 1,000 liters of water, Uravu Labs aims to expand their operations on a larger scale in the future.
The founders of Uravu Labs, namely Pardeep Garg, Swapnil Shrivastav, Venkatesh R, and Govinda Balaji, recognized the urgent need to preserve our non-renewable sources of water and set out to find alternative methods. Their company harnesses atmospheric moisture and employs only renewable energy to produce clean drinking water.
The innovative process developed by Uravu Labs involves a two-phase mechanism, starting with adsorption. Moisture from the surrounding air is drawn into the system and passed over a desiccant material, where it is absorbed over a period of several hours.
The second phase, known as desorption, involves releasing the previously adsorbed moisture using thermal heat at temperatures below 90°C. This heat is derived from various sources such as solar collectors, waste heat from industries, or even biomass waste. A heat exchanger then utilizes the heat to warm a heat-transfer fluid, raising the desiccant material to the necessary temperatures and resulting in the release of the earlier adsorbed moisture. The released moisture is then condensed at ambient temperature in an air-cooled condenser, resulting in 100 percent renewable water.
Uravu Labs' innovative approach taps into the abundant water present in the air, highlighting the fact that the water vapor in the atmosphere contains as much water as six times the total amount found in all the world's rivers combined. Acting as a limitless natural reservoir of freshwater, this moisture replenishes itself every eight to ten days. By harnessing this inexhaustible source with the aid of renewable energy, Uravu Labs produces high-quality, 100 percent renewable water, offering a solution to the looming crisis of inadequate and contaminated drinking water that already poses a threat to human lives.
Recognizing the over-dependence of numerous individuals and industries on groundwater, Uravu Labs aims to alleviate this pressure. Currently targeting the hospitality and beverage sectors, which are primary users of groundwater, the company intends to expand its customer base to include hotels, restaurants, and cafes. Govinda Balaji, a 32-year-old representative of Uravu Labs, stated that their product, packaged renewable water bottles, are sold to the hospitality industry at prices ranging from ₹4 to ₹8 per liter.
With a daily production capacity of 1,000 liters of water, Uravu Labs is determined to scale up its operations in the future, with the goal of making a significant impact on the global water crisis. Their environmentally friendly approach coupled with their potential for large-scale production positions them as pioneers in the battle against water scarcity.
As the world grapples with the imminent threat of water scarcity, Uravu Labs' innovative solution brings a glimmer of hope. By harnessing the power of renewable energy and tapping into the abundant moisture in the air, they offer a sustainable path forward, one that can potentially mitigate the severity of the impending crisis and prevent it from becoming a catalyst for future conflicts.
In the face of an impending water scarcity crisis, a Bangalore-based company named Uravu Labs has emerged as a beacon of hope by providing a groundbreaking solution to the world's depleting water resources. Experts warn that water scarcity has the potential to ignite the next global conflict, making Uravu Labs' innovation all the more crucial.
The founders of Uravu Labs, namely Pardeep Garg, Swapnil Shrivastav, Venkatesh R, and Govinda Balaji, recognized the urgent need to preserve our non-renewable sources of water and set out to find alternative methods. Their company harnesses atmospheric moisture and employs only renewable energy to produce clean drinking water.
The innovative process developed by Uravu Labs involves a two-phase mechanism, starting with adsorption. Moisture from the surrounding air is drawn into the system and passed over a desiccant material, where it is absorbed over a period of several hours.
The second phase, known as desorption, involves releasing the previously adsorbed moisture using thermal heat at temperatures below 90°C. This heat is derived from various sources such as solar collectors, waste heat from industries, or even biomass waste. A heat exchanger then utilizes the heat to warm a heat-transfer fluid, raising the desiccant material to the necessary temperatures and resulting in the release of the earlier adsorbed moisture. The released moisture is then condensed at ambient temperature in an air-cooled condenser, resulting in 100 percent renewable water.
Uravu Labs' innovative approach taps into the abundant water present in the air, highlighting the fact that the water vapor in the atmosphere contains as much water as six times the total amount found in all the world's rivers combined. Acting as a limitless natural reservoir of freshwater, this moisture replenishes itself every eight to ten days. By harnessing this inexhaustible source with the aid of renewable energy, Uravu Labs produces high-quality, 100 percent renewable water, offering a solution to the looming crisis of inadequate and contaminated drinking water that already poses a threat to human lives.
Recognizing the over-dependence of numerous individuals and industries on groundwater, Uravu Labs aims to alleviate this pressure. Currently targeting the hospitality and beverage sectors, which are primary users of groundwater, the company intends to expand its customer base to include hotels, restaurants, and cafes. Govinda Balaji, a 32-year-old representative of Uravu Labs, stated that their product, packaged renewable water bottles, are sold to the hospitality industry at prices ranging from ₹4 to ₹8 per liter.
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With a daily production capacity of 1,000 liters of water, Uravu Labs is determined to scale up its operations in the future, with the goal of making a significant impact on the global water crisis. Their environmentally friendly approach coupled with their potential for large-scale production positions them as pioneers in the battle against water scarcity.
As the world grapples with the imminent threat of water scarcity, Uravu Labs' innovative solution brings a glimmer of hope. By harnessing the power of renewable energy and tapping into the abundant moisture in the air, they offer a sustainable path forward, one that can potentially mitigate the severity of the impending crisis and prevent it from becoming a catalyst for future conflicts.
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