Indian Wastewater Purification Tech Wins Google Pitch Fest

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Indian Wastewater Purification Tech Wins Google Pitch Fest

A hand-held waste-water filtration technology that promises zero wastage, developed by researchers at the IISc in Bengaluru, has won the Google startup festival at Zurich, Switzerland

The filtration technique can transform highly contaminated water into very clean water, with no water wastage.

The technology was developed by Sanjiv Sambandan of the Flexible Electronics Lab, Department of Instrumentation and Applied Physics and his team at the Indian Institute of Science. It won the Pitch Fest at Google Zurich, he said.

The system is membrane-less, chemical-free and scalable. It can be upgraded from a hand-held water bottle to large community based system.

It can also be used as a pre-filter for membrane based purifiers thereby improving the lifetime of the membranes, according to Sambandan.

The technology uses an electric field to polarise tiny impurities and cluster them into larger chunks that can then be removed by low cost meshes and if needed, these meshes can be cleaned and re-used.

With just 100 MW of power needed for purifying one litre of very poor quality water, the system is highly efficient.

"This implies that the hand-held bottle purifier can be powered by a hand-crank, battery or solar cell. This can be useful for people living in remote areas, people stuck in disaster hit areas, and the army," he said.

Now, the researchers are planning field tests for a community based water purification system with the required automation in place.

Source: Zee News

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3 Comments

  2. Please clarify does it really require 100 MW for purifying 01 Litre water?

    1 Comment reply

    1. The interesting part is that its use can be scaled from a small bottle to a large community-based system. The innovation requires an electric field to polarise minute impurities and bring them together as larger chunks that can then be removed by low cost meshes. The innovation is not just easy to use but also consumes very less power. It requires just 100 mW of power to purify 1 litre of highly contaminated water. A small purifier can be easily powered by a battery or solar cell, making it easier to operate, according to reports. This is their project site if you want to learn more http://www.openwater.in/home.html