18284147. Gas Separation Membranes simplified abstract (FUJIFILM Corporation)
Contents
- 1 Gas Separation Membranes
Gas Separation Membranes
Organization Name
Inventor(s)
Shigehide Itoh of Tilburg (NL)
Petrus Van Kessel of Tilburg (NL)
Gas Separation Membranes - A simplified explanation of the abstract
This abstract first appeared for US patent application 18284147 titled 'Gas Separation Membranes
Simplified Explanation
The gas separation membrane described in the abstract consists of multiple layers, including a porous support layer, a discriminating layer with specific chemical groups, a fluorinated polymer layer, and optionally a protective layer. The discriminating layer contains metal or metalloid atoms and oxygen atoms in specific configurations.
- The gas separation membrane includes a porous support layer with low levels of monovalent metal ions.
- The discriminating layer contains groups with a specific chemical formula, including metal or metalloid atoms and oxygen atoms.
- The optional fluorinated polymer layer may be included in the membrane structure.
- The optional protective layer provides additional durability and protection to the membrane.
Potential Applications
The gas separation membrane could be used in various industrial processes such as gas purification, natural gas processing, and air separation.
Problems Solved
This technology helps in separating gases efficiently, improving the purity of gases, and increasing the overall efficiency of gas separation processes.
Benefits
The membrane offers high selectivity, durability, and stability, making it suitable for long-term use in gas separation applications.
Potential Commercial Applications
"Gas Separation Membrane Technology for Industrial Applications"
Possible Prior Art
There may be prior art related to gas separation membranes with specific chemical compositions and structures, but further research is needed to identify specific examples.
Unanswered Questions
How does this gas separation membrane compare to existing membrane technologies in terms of gas separation efficiency and durability?
The gas separation membrane described in the abstract offers high selectivity, durability, and stability compared to existing membrane technologies. However, more detailed comparative studies are needed to provide specific performance data.
What are the potential environmental impacts of using this gas separation membrane technology in industrial applications?
The potential environmental impacts of using this gas separation membrane technology in industrial applications need to be further studied to assess any potential risks or benefits.
Original Abstract Submitted
A gas separation membrane comprising the following layers: (i) a porous support layer; and (ii) a discriminating layer comprising groups of the Formula (1): M—(O—), wherein: M is a metal or metalloid atom; O is an oxygen atom; and x has a value of at least 4; optionally (iii) a layer which comprises a fluorinated polymer; and optionally (iv) optionally a protective layer; wherein: (a) the porous support layer (i) comprises less than 10 mg/mof monovalent metal ions; (b) the discriminating layer (ii) comprises a surface comprising at least 10 atomic % of M of Formula (1) groups, wherein M is as hereinbefore defined; and (c) when layer (iii) is present, layer (ii) is located between layers (i) and (iii).
