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AssigneesThe Board of Trustees of The University of Alabama, U.S. Army Army Research Laboratory
InventorsAaron C. Blackwell, Mark Elliott, Gregory B. Thompson, Billy Chad Hornbuckle, Anit K. Giri, Kris A. Darling, Anthony J. Roberts, JR.
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The present disclosure provides for a method of reducing microbial growth, infectivity, and/or survival, the method comprising contacting a microbe containing aqueous stream with a nano-galvanic aluminum material. Also provided herein is a wastewater treatment device comprising an enclosure, wherein the enclosure comprises a nano-galvanic aluminum material and a microbe containing aqueous stream, wherein the nano-galvanic aluminum material and the microbe containing aqueous stream are in contact with each other within the enclosure. Further provided herein is a water treatment system comprising a nano-galvanic aluminum material and a microbe containing aqueous stream.
A method of reducing microbial growth, infectivity, and/or survival, the method comprising contacting a microbe containing aqueous stream with a nano-galvanic aluminum material.
A wastewater treatment device comprising an enclosure, wherein the enclosure comprises a nano-galvanic aluminum material and a microbe containing aqueous stream, wherein the nano-galvanic aluminum material and the microbe containing aqueous stream are in contact with each other within the enclosure.
A water treatment system comprising a nano-galvanic aluminum material and a microbe containing aqueous stream.
Dependencies are inferred from the claim text.