02-11-2018, 04:20 AM
I came upon this article inserted as a link within another regarding the coming scarcity of fresh drinking water to many highly populated cities of the world.Â
A potentially life saving application of graphene oxide is being developed to operate as a sieve to filter out salt from seawater for desalination purposes. Graphene oxide has potentially overcome the limitations of consistent pore size in mono layer graphene required for molecule filtration when manufactured on an industrial scale. Graphene oxide also has the advantage of scalability and cost, which is another barrier to the use of graphene in an industrialized application.
Thanks to the existence of this legendary thread, I was curious enough about the process to delve into the research letter to better understand this fascinating science. The legendary Cardboard graphene thread strikes again!
Graphene-based sieve turns seawater into drinking water
Tunable sieving of ions using graphene oxidemembranes
The 11 cities most likely to run out of drinking water
A potentially life saving application of graphene oxide is being developed to operate as a sieve to filter out salt from seawater for desalination purposes. Graphene oxide has potentially overcome the limitations of consistent pore size in mono layer graphene required for molecule filtration when manufactured on an industrial scale. Graphene oxide also has the advantage of scalability and cost, which is another barrier to the use of graphene in an industrialized application.
Thanks to the existence of this legendary thread, I was curious enough about the process to delve into the research letter to better understand this fascinating science. The legendary Cardboard graphene thread strikes again!
Graphene-based sieve turns seawater into drinking water
Tunable sieving of ions using graphene oxidemembranes
The 11 cities most likely to run out of drinking water



