It can be pretty easy to lose sight of your water usage when taking a shower. Indeed standing under that powerful stream is a perfect way to churn through a lot of both water and energy. The team behind Hydrao is aiming to build awareness around these important resources, with an LED-equipped shower head that changes color when you're overstaying your welcome.Read More
Recently, showers like the Nebia and the Hamwell's e-Shower have launched to help us save water when showering. The WaterDrop foldable watering can, however, takes a much simpler approach. It is designed to collect the average 3.5 l (0.8 gal) of water we waste waiting for the shower to warm up.Read More
A cheap, easy to maintain, "green" toilet that uses no water and turns human waste into electricity and clean water will be trialed in 2016, possibly in Ghana. Dubbed the "Nano Membrane Toilet" by its creators from Cranfield University, UK, this new approach to managing waste could help some of the world's 2.3 billion people who have no access to safe, hygienic toilets.
In the move toward sustainable homes, the progress of showers has been more of a trickle. Ten minutes in a traditional shower can use up to 100 l (22 gal) of water. The Hamwells e-Shower, however, promises high pressure and volume, while saving up to 90 percent on water and 80 percent on energy.Read More
Engineers from the University of Illinois have used nanotechnology to model a new membrane that can filter salt from seawater at higher volumes than ever before. The membrane is made from a nanometer-thin layer of molybdenum disulfide (MoS2) studded with tiny holes called nanopores. By "pulling" clean water through itself while filtering out salt and other compounds, the membrane has the potential to make desalination plants much more energy-efficient.
A new study from the University of Victoria has, for the first time, estimated the total volume of groundwater present on the Earth. The results show that we're using up the water supply quicker than it can be naturally replaced, while future research will seek to determine exactly how long it will be until modern groundwater runs dry.Read More
As access to clean water continues to be an issue throughout the developing world, there's an increased demand for easier ways to turn contaminated and salty water into something you can drink. Researchers at MIT may have found a solution using a method they are calling shock electrodialysis. It uses electric shock waves to separate contaminated or salty water into two separate streams, with a natural barrier between each one. Read More
A team of astronomers has made the first observations with a cutting-edge water-hunting instrument. The instrument, known as the Swedish–ESO PI receiver for APEX (SEPIA), is not only suited for identifying signatures of water and other molecules in the Milky Way but also in other galaxies, and it may even be capable of detecting ancient water dating back to the early Universe.Read More
An Israeli-Palestinian NGO is using solar and wind energy to transform the lives of a marginalized community of Palestinian famers and shepherds. Founded in 2009, Comet-ME has helped develop small off-grid systems that now provide an average of 2.5 kW h per family per day across 20 communities.Read More
Researchers from the University of Alexandria have developed a cheaper, simpler and potentially cleaner way to turn seawater into drinking water than conventional methods. The breakthrough, which could have a huge impact on rural areas of the Middle East and North Africa, improves on an existing method of separating liquids and solids known as pervaporation by using a new salt-attracting membrane embedded with cellulose acetate powder.Read More
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