OXYGEN-SELECTIVE ANODES

Organization Name

the regents of the university of california

Inventor(s)

Gaurav Sant of Los Angeles CA (US)

Dante Adam Simonetti of Los Angeles CA (US)

Xin Chen of Los Angeles CA (US)

David Jassby of Los Angeles CA (US)

Erika Callagon La Plante of Los Angeles CA (US)

Steven Bustillos of Los Angeles CA (US)

Thomas J. Traynor of Los Angeles CA (US)

OXYGEN-SELECTIVE ANODES - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240254640 titled 'OXYGEN-SELECTIVE ANODES

The present disclosure relates to oxygen-selective anodes and methods for the use thereof.

Simplified Explanation: This patent application is about specialized anodes that selectively allow oxygen to pass through and methods for their use.

Key Features and Innovation:

- Development of anodes that are selective to oxygen. - Methods for utilizing these anodes effectively.

Potential Applications:

- Oxygen generation processes. - Fuel cells. - Environmental monitoring systems.

Problems Solved:

- Enhancing oxygen-related processes. - Improving efficiency in various applications.

Benefits:

- Increased performance in oxygen-related processes. - Enhanced efficiency and cost-effectiveness.

Commercial Applications:

- Potential use in industries such as healthcare, energy, and environmental monitoring. - Market implications include improved oxygen generation and utilization processes.

Prior Art:

- Researchers can explore prior patents related to oxygen-selective anodes and their applications.

Frequently Updated Research:

- Stay updated on advancements in oxygen-selective anodes and their applications for various industries.

Questions about oxygen-selective anodes: 1. How do oxygen-selective anodes differ from traditional anodes? - Oxygen-selective anodes are designed to allow only oxygen to pass through, unlike traditional anodes that may allow various substances to pass.

2. What are the primary benefits of using oxygen-selective anodes in different applications? - The primary benefits include enhanced efficiency, improved performance, and cost-effectiveness in oxygen-related processes.

Original Abstract Submitted

the present disclosure relates to oxygen-selective anodes and methods for the use thereof.