MAR 01, 2017 2:30 PM PST

The Ocean is Teeming With Uranium That Could Be Put to Good Use

WRITTEN BY: Anthony Bouchard


It has been known for a long time that the Earth's oceans contain traces of uranium, a radioactive substance often used in nuclear power plants to power cities. On the other hand, extraction methods for getting uranium out of the ocean has never really been that cost effective.

We've tried using special kinds of plastic strands coated in chemicals that have negative charges to attract the positively-charged uranyl particles in the ocean and then collecting them to take the bounty before repeating the process over and over. On the other hand, new methods developed by Stanford researchers could make the process much more cost effective.

Instead of using plastic, the Stanford team utilizes special carbon nanotubes and electrical pulses, which happen to attract a lot more of these uranyl particles. It turns out that this method draws more than nine times the amount of uranyl in the same amount of time, making this a potentially useful method of collecting uranyl particles from our oceans.

With all of the uranyl that's just passively floating around in our oceans, and all the additional uranyl that makes it into our oceans as time goes by, harnessing this uranyl could provide power to the planet for a solid 10,000 years to come.

Current methods of collecting uranium don't involve the ocean at all; rather, we mine for it in quarries where the stuff is plentiful, such as in Australia, Canada, Kazakhstan, and Russia. On the other hand, some day we will run out of uranium from these plentiful sources and will need to look for alternative sources.

Since the ocean is always being fed uranyl particles from the rocks the ocean waters smash up against, it seems the ocean can do all the work of 'mining' for it and all we have to do is sit around and passively collect it from our oceans.

Could this actually be a limitless source of nuclear power? "Limitless," probably not, but very sustainable? Likely!

About the Author
  • Fascinated by scientific discoveries and media, Anthony found his way here at LabRoots, where he would be able to dabble in the two. Anthony is a technology junkie that has vast experience in computer systems and automobile mechanics, as opposite as those sound.
You May Also Like
JUL 13, 2020
Neuroscience
Can COVID-19 Be Diagnosed by Vocal Patterns?
JUL 13, 2020
Can COVID-19 Be Diagnosed by Vocal Patterns?
Researchers from the Lincoln Laboratory have found early evidence that subtle changes in peoples' voices may indicat ...
JUL 14, 2020
Chemistry & Physics
Thermoluminescence Dating: How Heating Ancient Pots Can Help Determining Their Age
JUL 14, 2020
Thermoluminescence Dating: How Heating Ancient Pots Can Help Determining Their Age
Radiometric dating is an effective method for determining the age of the material, whether a mineral or a piece of organ ...
JUL 15, 2020
Plants & Animals
New Research Reveals Beluga Whale Social Networks
JUL 15, 2020
New Research Reveals Beluga Whale Social Networks
The familial and social relationships between whales, such as orcas and bottlenose dolphins, are moderately understood. ...
JUL 20, 2020
Space & Astronomy
How Do Astronauts Have Fun in Space?
JUL 20, 2020
How Do Astronauts Have Fun in Space?
Scientists who inhabit the International Space Station (ISS) typically have 12-hour shifts. These include two and a half ...
AUG 26, 2020
Space & Astronomy
Planet-wide Rainstorms Created Lakes on Ancient Mars
AUG 26, 2020
Planet-wide Rainstorms Created Lakes on Ancient Mars
Researchers from the University of Texas have found that a huge amount of liquid water likely rained down from the skies ...
SEP 25, 2020
Chemistry & Physics
Colossal Study for the Missing (Anti)Matter
SEP 25, 2020
Colossal Study for the Missing (Anti)Matter
Physicists believe that our observable universe exists in a mirrored configuration: any fundamental particle such as pro ...
Loading Comments...