Nanostructured metal oxides from acidic solutions

Candace Chan (Inventor)

Research output: Patent

Abstract

The demand for electric automobiles is driving research to find new rechargeable battery options. Current lithium ion batteries are very heavy and require large amounts of space. Additionally, these batteries have the potential to overheat during charging and cause fires. Lithium ion batteries are used because they can be recharged, but the charging process causes damage to the batteries from expansion and contraction. There is a need to develop smaller, lighter rechargeable batteries that are durable. Rechargeable batteries are also popular in consumer electronics such as camcorders. There is also a need to be able to store energy on the grid for consumer consumption allowing for continued growth of renewable energy options. Researchers at Arizona State University have developed a new scalable, cost-effective synthetic method for producing nanostructured metal oxides based on acid solutions of metal precursors. The metal oxide material has potential applications for battery anodes with improved surface features and higher lithium capacity. Other processes use hydrolysis polycondensation where the reaction may happen too fast for certain metals and thus the reactions may not be controllable. This innovation is a synthetic process that overcomes this drawback by performing the reactions in an acidic condition. This allows unstable metal ions to be stabilized. Potential Applications Electric and hybrid cars Consumer electronics Energy storage systems Benefits and Advantages Lower Costs Uses low-cost materials More Power Allows for storage of more energy Scalable Process can be used in large scale manufacturing Download Original PDF For more information about the inventor(s) and their research, please see Dr. Dong-Kyun Seo's directory webpage
Original languageEnglish (US)
StatePublished - Apr 16 2013

Fingerprint

Oxides
Secondary batteries
Metals
Consumer electronics
Electric automobiles
Costs
Video cameras
Polycondensation
Lithium
Energy storage
Metal ions
Hydrolysis
Anodes
Fires
Railroad cars
Innovation
Acids
Lithium-ion batteries

Cite this

@misc{5a77f29e22164ae58794983c214ba8fb,
title = "Nanostructured metal oxides from acidic solutions",
abstract = "The demand for electric automobiles is driving research to find new rechargeable battery options. Current lithium ion batteries are very heavy and require large amounts of space. Additionally, these batteries have the potential to overheat during charging and cause fires. Lithium ion batteries are used because they can be recharged, but the charging process causes damage to the batteries from expansion and contraction. There is a need to develop smaller, lighter rechargeable batteries that are durable. Rechargeable batteries are also popular in consumer electronics such as camcorders. There is also a need to be able to store energy on the grid for consumer consumption allowing for continued growth of renewable energy options. Researchers at Arizona State University have developed a new scalable, cost-effective synthetic method for producing nanostructured metal oxides based on acid solutions of metal precursors. The metal oxide material has potential applications for battery anodes with improved surface features and higher lithium capacity. Other processes use hydrolysis polycondensation where the reaction may happen too fast for certain metals and thus the reactions may not be controllable. This innovation is a synthetic process that overcomes this drawback by performing the reactions in an acidic condition. This allows unstable metal ions to be stabilized. Potential Applications Electric and hybrid cars Consumer electronics Energy storage systems Benefits and Advantages Lower Costs Uses low-cost materials More Power Allows for storage of more energy Scalable Process can be used in large scale manufacturing Download Original PDF For more information about the inventor(s) and their research, please see Dr. Dong-Kyun Seo's directory webpage",
author = "Candace Chan",
year = "2013",
month = "4",
day = "16",
language = "English (US)",
type = "Patent",

}

TY - PAT

T1 - Nanostructured metal oxides from acidic solutions

AU - Chan, Candace

PY - 2013/4/16

Y1 - 2013/4/16

N2 - The demand for electric automobiles is driving research to find new rechargeable battery options. Current lithium ion batteries are very heavy and require large amounts of space. Additionally, these batteries have the potential to overheat during charging and cause fires. Lithium ion batteries are used because they can be recharged, but the charging process causes damage to the batteries from expansion and contraction. There is a need to develop smaller, lighter rechargeable batteries that are durable. Rechargeable batteries are also popular in consumer electronics such as camcorders. There is also a need to be able to store energy on the grid for consumer consumption allowing for continued growth of renewable energy options. Researchers at Arizona State University have developed a new scalable, cost-effective synthetic method for producing nanostructured metal oxides based on acid solutions of metal precursors. The metal oxide material has potential applications for battery anodes with improved surface features and higher lithium capacity. Other processes use hydrolysis polycondensation where the reaction may happen too fast for certain metals and thus the reactions may not be controllable. This innovation is a synthetic process that overcomes this drawback by performing the reactions in an acidic condition. This allows unstable metal ions to be stabilized. Potential Applications Electric and hybrid cars Consumer electronics Energy storage systems Benefits and Advantages Lower Costs Uses low-cost materials More Power Allows for storage of more energy Scalable Process can be used in large scale manufacturing Download Original PDF For more information about the inventor(s) and their research, please see Dr. Dong-Kyun Seo's directory webpage

AB - The demand for electric automobiles is driving research to find new rechargeable battery options. Current lithium ion batteries are very heavy and require large amounts of space. Additionally, these batteries have the potential to overheat during charging and cause fires. Lithium ion batteries are used because they can be recharged, but the charging process causes damage to the batteries from expansion and contraction. There is a need to develop smaller, lighter rechargeable batteries that are durable. Rechargeable batteries are also popular in consumer electronics such as camcorders. There is also a need to be able to store energy on the grid for consumer consumption allowing for continued growth of renewable energy options. Researchers at Arizona State University have developed a new scalable, cost-effective synthetic method for producing nanostructured metal oxides based on acid solutions of metal precursors. The metal oxide material has potential applications for battery anodes with improved surface features and higher lithium capacity. Other processes use hydrolysis polycondensation where the reaction may happen too fast for certain metals and thus the reactions may not be controllable. This innovation is a synthetic process that overcomes this drawback by performing the reactions in an acidic condition. This allows unstable metal ions to be stabilized. Potential Applications Electric and hybrid cars Consumer electronics Energy storage systems Benefits and Advantages Lower Costs Uses low-cost materials More Power Allows for storage of more energy Scalable Process can be used in large scale manufacturing Download Original PDF For more information about the inventor(s) and their research, please see Dr. Dong-Kyun Seo's directory webpage

M3 - Patent

ER -