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Make Drinking Water From Sunlight And Humidity

Make Drinking Water From Sunlight And Humidity

Make Drinking Water From Sunlight And Humidity

Any time have you ever dreamt of life on the open road on that adventurous long distance bicycle tour! Irrespective of age, people with different backgrounds, national and international worlds, all choose the bicycle as their favourite means of travel.

The bicycle trek is interesting for many reasons: it’s an exciting challenge that allows us to explore variedsceneries, meet new people, build physical fitness and most importantlyexperience the joy of breathing natural air.

But..

On a bicycle tour, other than the fun part, the biggest challenge that you face is waterscarcity. Many a times while cycling and reaching for your water bottle, you must havewondered – if there is any technology that makesyour bottle self-filling?

Yes now there is an answer!

An Austrian startup company ‘Fontus’has come up with this technology, which makes water out of sunlight and humidity in the air.

Fontus water bottle is a self filling water bottle, that allows you to plan your adventurousride without having to worry about water scarcity or where to find the next river or gas station to get your water supply.

Kristof Retezar, a designer based in Vienna, invented a device that can extract humidity from the air and condense it into drinkable water. The handy gadget, dubbed Fontus, can be attached to a bike so that cyclists can generate water during long distance rides through the countryside.

Fontus water bottle works using the basic principle of condensation process. Itcan be easily illustrated by taking something out of a refrigerator and leaving it on the kitchen counter for a bit. Eventually, you’ll notice moisture collecting on the sides of the object.

“This is happening by simple condensation of the humidity that is contained in the air,” Retezar said. “You always have a certain percentage of humidity in the air, it doesn’t matter where you are — even in the desert. That means you would always potentially be able to extract that humidity from the air.”

The solar-powered device consists of a condensator that is connected to a series of hydrophobic surfaces that repel water. As the bike-mounted gadget takes in air, and these surfaces get cold, you’re left with condensation, Retezar said.

“Because they’re hydrophobic, they immediately repel the condensed water that they created, so you get a drop flow into the bottle,”Retezar explained. “Basically, you’re taking air in a vapour state and converting it into a liquid state.”

Fontus can produce 0.5 quarts (0.5 litres) of water in 1 hour in what is considered “Really good” conditions, with temperatures between 86 degrees and 104 degrees Fahrenheit (30 to 40 degrees Celsius) and between 80 percent and 90 percent humidity, Retezar said.

The prototype includes a filter at the top to keep dust and bugs out of the water, but currently it does not include a way to filter out potentially harmful contaminants.

“The water you get is clean, unless the air is really contaminated,” Retezar said. “We’re thinking about making a bottle that also has a carbon filter, and this one would be for cities or areas where you might think the air is contaminated. But originally, this water bottle was thought to be used in nature and places where you wouldn’t have contaminated air.”

Retezar is also working on a stand-alone version that uses an inverted ventilator to suck air into the system (rather than relying on the airstream created from a moving bike). This next-generation version could be used in regions of the world where humidity is high, but water is scarce.

“The idea was to solve a global problem: water issues in areas of the world where there is very little groundwater but very high humidity,”Retezar said. “My intent was to invent a machine or device that would be able to filter the humidity in the air and turn it into drinkable water.”

The initial Fontus design was shortlisted for the 2014 James Dyson Award, which helped Retezar gain exposure for the project, he said. Since then, he has received funding from the Austrian government that will help cover the technical development phase. The designer is also aiming to launch a crowdfunding campaign in March to cover the cost of mass-producing the devices. Retezar said he is aiming to keep the retail price for the Fontus under $100, and if all goes according to plan, the self-filling bottles could be commercially available in about nine or 10 months.

 

 

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