The CSR Journal

Smart Water for Smart Cities: Building the Water Systems of Tomorrow

By Navkaran Singh Bagga, Founder & CEO, AKVO

Water is a fundamental resource shaping economies, societies, and environments. With rapid urbanization and climate change affecting water availability, cities must adopt Smart Water Management to ensure a sustainable and efficient future.

The Need for Smart Water
Traditional water infrastructure struggles to meet modern urban demands. Smart Water integrates IoT, AI, and predictive analytics to optimize distribution, detect leaks, and improve quality.

Technology & Innovation in Water Management
Smart meters track real-time consumption, AI detects inefficiencies, and Atmospheric Water Generators (AWG) extract water from air, reducing dependence on traditional sources. Water quality sensors further ensure safe drinking water supply.

Policy & Public-Private Collaboration
Governments must implement regulatory frameworks that encourage water conservation and technological innovation. Public-private partnerships are key to developing sustainable water systems.

CSR & Sustainable Urbanism
Corporate Social Responsibility (CSR) is no longer just an obligation—it is a commitment to long-term water sustainability. Businesses can contribute by adopting smart water strategies, implementing rainwater harvesting, and promoting circular water economies.

The Future of Water in Smart Cities
The transition to smart water solutions is not just an engineering challenge but a moral and environmental imperative. By embracing innovation, collaboration, and sustainability, we can create resilient urban water systems for present and future generations.

Read the full article here

PC Quest

Air-to-Water Tech: A Sustainable Solution to Global Water Scarcity

Water scarcity affects billions globally, demanding innovative solutions like Atmospheric Water Generation (AWG) technology. AWG extracts moisture from the air to produce clean water, offering a sustainable alternative to traditional water sources.

How It Works

AWG uses condensation to capture moisture, with integrated filtration ensuring safe drinking water. Advanced features like IoT and GSM enable real-time monitoring, while modular designs allow scalability for residential, industrial, and commercial needs. Systems can produce between 50 liters to over 100,000 liters per day, even in low-humidity, high-temperature conditions.

Key Applications

  1. Hospitality: Hotels and resorts use AWG to reduce bottled water and groundwater reliance.
  2. Disaster Relief: Provides safe drinking water in disaster-hit areas lacking traditional supply.
  3. Corporate Use: Companies meet ESG goals while cutting water costs.
  4. Communities: Schools and centers supply drinking water while promoting conservation.

Addressing Challenges

Energy efficiency and low awareness remain hurdles. Integrating renewable energy and demonstration projects can boost adoption. Collaborative models ensure community involvement and localized solutions.

Conclusion

AWG technology offers a sustainable path to clean water, reducing reliance on traditional sources while addressing global water scarcity. It’s not just a solution for today but a vision for a sustainable future.


*This article is based on insights shared by Navkaran Singh Bagga, CEO & Founder of Akvo. Read the full article on the original publication here.