View source for 18286177. Method for Producing a Carbon Material, Carbon Material, and Use of a Carbon Material in a Fuel Cell simplified abstract (Bayerische Motoren Werke Aktiengesellschaft)

=Method for Producing a Carbon Material, Carbon Material, and Use of a Carbon Material in a Fuel Cell=


==Organization Name==

[[:Category:Bayerische Motoren Werke Aktiengesellschaft|Bayerische Motoren Werke Aktiengesellschaft]]


[[Category:Bayerische Motoren Werke Aktiengesellschaft]]

==Inventor(s)==

[[:Category:Alin Orfanidi of Muenchen (DE)|Alin Orfanidi of Muenchen (DE)]][[Category:Alin Orfanidi of Muenchen (DE)]]

[[:Category:Sebastian Ott of Konstanz (DE)|Sebastian Ott of Konstanz (DE)]][[Category:Sebastian Ott of Konstanz (DE)]]

[[:Category:Peter Strasser of Berlin (DE)|Peter Strasser of Berlin (DE)]][[Category:Peter Strasser of Berlin (DE)]]

==Method for Producing a Carbon Material, Carbon Material, and Use of a Carbon Material in a Fuel Cell - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18286177 titled 'Method for Producing a Carbon Material, Carbon Material, and Use of a Carbon Material in a Fuel Cell

The patent application describes a method for producing a nitrogen-modified mesoporous and dendritic carbon material using a carbon precursor containing a metal acetylide and a nitrogen precursor.

* The carbon precursor is mixed with the nitrogen precursor to form a starter mixture.
* A series of heat treatments are carried out at specific temperatures under vacuum to form an intermediate and remove the metal, resulting in the nitrogen-modified carbon material.
* The final product is a nitrogen-modified mesoporous and dendritic carbon material suitable for use in fuel cells.

Potential Applications:
- Energy storage devices
- Catalysis
- Gas separation membranes

Problems Solved:
- Production of nitrogen-modified carbon materials with specific properties
- Enhancing the performance of fuel cells

Benefits:
- Improved conductivity
- Enhanced catalytic activity
- Increased durability

Commercial Applications:
Title: "Innovative Nitrogen-Modified Carbon Material for Advanced Fuel Cells"
This technology can be used in fuel cell manufacturing, energy storage systems, and catalytic converters, potentially revolutionizing the clean energy industry.

Prior Art:
There is prior research on the synthesis of nitrogen-modified carbon materials, but this method offers a unique approach using a metal acetylide precursor.

Frequently Updated Research:
Ongoing studies focus on optimizing the production process and exploring new applications for nitrogen-modified carbon materials.

Questions about Nitrogen-Modified Mesoporous and Dendritic Carbon Material:
1. How does this method compare to traditional approaches for producing carbon materials?
2. What specific properties make nitrogen-modified carbon materials ideal for fuel cell applications?


==Original Abstract Submitted==

A method for producing a nitrogen-modified mesoporous and dendritic carbon material includes preparing a carbon precursor comprising a metal acetylide. The carbon precursor is mixed with a nitrogen precursor to form a starter mixture. Thereafter, a first heat treatment of the starter mixture is carried out at a temperature in the range of 40 to 80° C. under vacuum to form a metal inclusion compound. In a next step, a second heat treatment is carried out at a temperature in the range of 120 to 220° C. to produce an intermediate by decomposing the metal inclusion compound under a vacuum. The intermediate is treated to remove the metal, and finally consolidation of the treated intermediate is carried out by a third heat treatment at a temperature in the range of 200 to 1000° C. under vacuum or in an inert gas atmosphere to obtain the nitrogen-modified mesoporous and dendritic carbon material. Also described is a nitrogen-modified mesoporous and dendritic carbon material and a fuel cell comprising the carbon material.



[[Category:C01B32/05]]
[[Category:H01M4/86]]
[[Category:CPC_C01B32/05]]