Your Waste Water Could Be Purified for Drinking and Mined for Treasure
Your Waste Water Could Be Purified for Drinking and Mined for Treasure - Industry Tap
Source: industrytap.com
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Scientists optimize process to transform wastewater sulfur into battery materials
Researchers at Stanford University have found a new way to mine sewage for battery materials.
Source: mining.com
Stanford Engineers Reveal How To Optimize Processes For Transforming Sulfur In Wastewater To Valuable Materials
One person’s wastewater is another person’s treasure. A new Stanford University study paves the way to mining sewage for valuable...
Xiaohan Shao Sydney Johnson National Science Foundation Engineering Research Center Stanford Woods Institute For The Environment Stanford Program On Water Codiga Resource Recovery Center
Source: wateronline.com
Engineers Demonstrate a New Method for Reducing Sulfur Pollution
Someone’s wastewater is just another person’s gold. A new Stanford University study lays the possibility for sewage to be mined for valuable elements used in fertilizers and batteries that could support smartphones and planes in the future.
Ivan Bandura Unsplash Xiaohan Shao Stanford Bio Sydney Johnson National Science Foundation Engineering Research Center Stanford Woods Institute For The Environment
Source: azocleantech.com
Optimizing processes for transforming sulfur in wastewater to valuable materials
One person's wastewater is another person's treasure. A new Stanford University study paves the way to mining sewage for valuable materials used in fert...
Source: smartwatermagazine.com
Sewer treasure | Stanford News
Promising technologies for converting wastewater into drinkable water produce a chemical compound that can be toxic, corrosive and malodorous. An analysis of one possible solution reveals ways to optimize it for maximum energy efficiency, pollutant removal and resource recovery.
Xiaohan Shao Lindsay Filgas Rob Codiga Resource Recovery Center Stanford University Lindsay Filgas Will Tarpeh
Source: stanford.edu