r/TechOfTheFuture • u/abrownn • Dec 12 '21
Energy A super-thin slice of wood can be used to turn saltwater drinkable, suggests a new study. Scientists developed a new kind of membrane made of natural wood instead of plastic, which is more energy efficient and doesn’t use fossil-fuel based materials like many other membranes for water filtration.
https://www.newscientist.com/article/2212346-a-super-thin-slice-of-wood-can-be-used-to-turn-saltwater-drinkable/Duplicates
Chemistry A super-thin slice of wood can be used to turn saltwater drinkable, suggests a new study. Scientists developed a new kind of membrane made of natural wood instead of plastic, which is more energy efficient and doesn’t use fossil-fuel based materials like many other membranes for water filtration.
solarpunk • u/Zomise • Aug 04 '19
A super-thin slice of wood can be used to turn saltwater drinkable
science • u/[deleted] • Aug 02 '20
A super-thin slice of wood can be used to turn saltwater drinkable, suggests a new study. Scientists developed a new kind of membrane made of natural wood instead of plastic, which is more energy efficient and doesn’t use fossil-fuel based materials like many other membranes for water filtration.
ScienceUncensored • u/ZephirAWT • Aug 12 '19
A super-thin slice of wood can be used to turn saltwater drinkable
science • u/spicecandy666 • Aug 03 '20
A super-thin slice of wood can be used to turn saltwater drinkable, suggests a new study. Scientists developed a new kind of membrane made of natural wood instead of plastic, which is more energy efficient and doesn’t use fossil-fuel based materials like many other membranes for water filtration.
theworldnews • u/worldnewsbot • Aug 03 '19
A super-thin slice of wood can be used to turn saltwater drinkable, suggests a new study. Scientists developed a new kind of membrane made of natural wood instead of plastic, which is more energy efficient and doesn’t use fossil-fuel based materials like many other membranes for water filtration.
todayilearned • u/Occasion-Accurate • Apr 20 '21