New Solar-Powered Device Removes Water and Fertilizer from Urine Used To Make Beer

New Solar-Powered Device Removes Water and Fertilizer from Urine Used To Make Beer
Image: John White

Researchers from Ghent University have cultivated a new solar-powered device that separates water and fertilizer from human urine. The device can be used for growing crops as well as making beer. The device is more energy efficient than other wastewater treatment devices. It also offers users more quick benefits. The team collected thousands of people’s urine, who were attending a 10-day music festival.

The research was started with an idea of filtering device. The research comes up with the aim of helping people, who live in rural communities where water is scarce. But next, scientists found, this will become also useful in extremely trafficked areas like sports venues, music events, and even airports. Researchers called this project as ‘sewer to brewer’.

Working of this new solar-powered device

This novel solar-powered device is very easy to use. The urine was first collected into a tank, where it is heated via solar energy. When the urine evaporates, it accelerates via a special membrane. The special membrane then separates and collects water and other material. This process discards almost 95 percent of ammonia from urine for making it clean enough to drink. Ammonia in urine is a normal product of the metabolism of protein.

Scientists asked most of the people to drink. But people refuses for a sample test. Then scientists have decided to use water and fertilizer they make from the other material (phosphorus, potassium, and nitrogen) to grow a crop. It is effective enough to create more beer, which might very well result in more urine being produced at the same music festival next year.

Scientist hopes that this cheerful attempt will hopefully impress investors. They have even taken to social media, using the hashtag #peeforscience. They hope that their project has attracted enough notice to allow them to build mores such devices, which they would like to take to rural communities.


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