What is this invention?

Method of evaluating gas permeability of polymer membrane based on molecular dynamics simulation

The Hyundai Motor Company has invented a method for measuring gas permeability of polymer membranes. By evaluating the polymer-structure influence on gas permeability in these membranes, this new technology will help improve understanding and control over gas migration through porous materials. Polymer membranes are often used in Gas Separation Applications such as Membrane Bioreactors (MBRs) or Ultrafiltration Systems to remove specific molecules from water or other solutions. The ability to precisely control gas permeability is critical for successful operation of these systems.

When gas permeability is evaluated of polymer membrane, it's important to take into account the structure of polymer membrane in order to get a more accurate measurement. The present invention provides a method for measuring gas permeability of a polymer membrane by evaluating how the structure of the polymer affects its ability to allow gases through. This can help us understand how certain types Polymers might be better suited for specific applications or regions where gas limitations are an issue.

What are some key features of the invention?

1. Gas permeability
2. Polymer membrane
3. Structure of polymer membrane
4. Influence of polymer structure on gas permeability

What are some similar inventions on the market?

There are many similar products on the market that measure gas permeability. Some of these include diffusion models, LogP against P(0), and direct measurements using an appropriate instrumentation.

How could this be used?

The present invention provides a method for measuring gas permeability of a polymer membrane. The method includes evaluating the polymer-structure influence on gas permeability in of the polymer membrane. By using this new and improved method, it is now possible to measure accurately the gas permeability of membranes made from specific polymersixtures. This knowledge will be invaluable for many industrial applications such as fuel cells, water purification and air conditioning systems where efficient transfer of gases between components is crucial.

What are some things to look out for with this?

There are a few risks to using the present invention. First, it is important to note that the structure of a polymer membrane can have a large impact on its gas permeability. This means that some Polymers might be more suited for specific applications or regions where gas limitations are an issue, while others may possess less desirable properties. Additionally, if the structure of the polymer changes (e.g., from injectable to implantable), then its gas permeability could also change as well. Therefore, it is important to carefullyevaluate each polymer before using it in any given application in order to avoid any potential issues.

What are the overall impressions of this invention?

The product is well-made and appears to be accurate.

Final comment expressed in a poem (written by an A.I.)

There once was a way to assess
The gas permeability of a polymer,
By measuring the effects
Of its structure on flux,
Which gave insight into how it'd perform.

Who owns this patent?

Hyundai Motor Company

Document Number: 11215547