Graphene-based water filters revolutionize purification with their exceptional ability to remove contaminants like heavy metals and pathogens. Utilizing size exclusion, adsorption, and electrochemical disinfection, these filters offer high efficiency and sustainability. As research advances, they promise to transform water treatment with scalable, eco-friendly solutions.
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Urban water harvesting captures and utilizes rainwater and stormwater, addressing water scarcity and urban flooding. Techniques like rainwater harvesting systems, permeable pavements, and green infrastructure offer environmental, economic, and social benefits. Despite challenges like high costs and public awareness, strategic planning can ensure successful implementation.
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Launched in 2019, India’s Har Ghar Jal Mission aims to provide functional tap water to every rural household by 2024. Emphasizing community-driven approaches and shared financial responsibility, the mission has made significant progress, yet faces challenges like material shortages and regional disparities in achieving universal water access.
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Artificial Intelligence is transforming irrigation by optimizing water use, boosting crop yields, and promoting sustainability. AI technologies like smart sprinklers and soil sensors ensure precise watering, while challenges such as high costs and data gaps remain. Future advancements promise even greater efficiency and environmental benefits in agriculture.
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By Dhruv Krishna, Jal Jeevan Mission In today’s water industry, the energy and enthusiasm are palpable, with industry veterans and domain experts providing solutions on an unprecedented scale. The key challenge is to maintain execution quality because water is a critical utility that demands round-the-clock attention. India’s water industry is on an exponential growth path, with vast opportunities in untapped areas to manage this dwindling resource for its vast population. As 4G/5G networks continue to expand across the country, alongside improved accessibility through the development of road networks, the implementation…
Read MoreBy Venkatesh D, Chairman and Managing Director, WTT International PET waste to Textile fibersPopulation growth and industrialization in the world together cause an increase in the amount of waste generated. Especially, the hard to degrade plastic wastes. As long decomposition time of these wastes in the environment causing enormous problems. That being the cause, recycling of these wastes will be the better solution. By implying this strategy, many industries emerged to recycle PET waste into Textile fibers. The quandary effluent On the other hand, the wastewater from these recycling industries…
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