A group of students from Bahria University has developed a cutting-edge device called “Hydrogen” that aims to alleviate Pakistan’s growing water scarcity by extracting water directly from the atmosphere. The innovative technology offers a practical and affordable solution to the country’s persistent water shortage challenges.
The device boasts remarkable efficiency, converting 60 per cent of atmospheric moisture into clean, drinkable water. What sets it apart is its cost-effectiveness—producing water at a rate 70 per cent cheaper than conventional bottled water.
Furthermore, when powered by solar energy, the cost of generating one liter of water drops to just Re0.50, making it an economical solution for regions with limited access to clean water.
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This breakthrough represents a significant advancement in sustainable technology, offering a viable method to address Pakistan’s water crisis. The students’ invention highlights how innovative thinking and modern engineering can be harnessed to confront pressing environmental issues. Their project provides hope for improving access to safe drinking water for communities across the country.
By delivering low-cost, eco-friendly water production, the “Hydrogen” device is poised to make a substantial impact on water scarcity in Pakistan, offering a beacon of hope for sustainable solutions in the fight against the nation’s water shortage.
