18127935. Porous Transport Layer For Cathode and Water Electrolysis Cell Comprising the Same simplified abstract (KIA CORPORATION)
Contents
Porous Transport Layer For Cathode and Water Electrolysis Cell Comprising the Same
Organization Name
Inventor(s)
Ji Han Lee of Seongnam-Si (KR)
Porous Transport Layer For Cathode and Water Electrolysis Cell Comprising the Same - A simplified explanation of the abstract
This abstract first appeared for US patent application 18127935 titled 'Porous Transport Layer For Cathode and Water Electrolysis Cell Comprising the Same
The present disclosure pertains to a porous transport layer for a cathode consisting of carbon fibers and polymer resin, an intermediate substrate layer with carbon fibers, and a microporous layer on top of the intermediate substrate layer. The lower substrate layer may include a first lower substrate layer and a second lower substrate layer with a lower average density than the first layer, with the intermediate substrate layer placed on the second lower substrate layer. A water electrolysis cell may include this porous transport layer and cathode.
- The innovation involves a porous transport layer for a cathode, enhancing the efficiency of water electrolysis cells.
- The use of carbon fibers and polymer resin in the transport layer provides durability and conductivity.
- The layered structure of the substrate and microporous layer ensures optimal performance in the water electrolysis process.
Potential Applications: - Water electrolysis cells for hydrogen production - Fuel cell technology - Renewable energy storage systems
Problems Solved: - Improved efficiency and durability of water electrolysis cells - Enhanced conductivity in cathodes - Optimization of hydrogen production processes
Benefits: - Increased energy efficiency - Extended lifespan of water electrolysis cells - Cost-effective hydrogen production
Commercial Applications: Title: "Enhancing Water Electrolysis Efficiency with Innovative Cathode Transport Layer" This technology can be utilized in industries such as renewable energy, fuel cells, and hydrogen production, offering a more efficient and durable solution for water electrolysis processes.
Prior Art: Readers can explore prior research on porous transport layers for cathodes in water electrolysis cells to understand the evolution of this technology.
Frequently Updated Research: Stay updated on the latest advancements in cathode materials and water electrolysis technology to enhance the performance of electrolysis cells.
Questions about Porous Transport Layer for Cathode in Water Electrolysis Cells: 1. How does the use of carbon fibers and polymer resin improve the efficiency of water electrolysis cells? 2. What are the potential commercial applications of this innovative cathode transport layer technology?
Original Abstract Submitted
The present disclosure relates to a porous transport layer for a cathode comprising carbon fibers and polymer resin, an intermediate substrate layer disposed on the lower substrate layer and containing carbon fibers, and a microporous layer disposed on the intermediate substrate layer. The lower substrate layer may comprise a first lower substrate layer, and a second lower substrate layer disposed on the first lower substrate layer and having an average density lower than an average density of the first lower substrate layer. The intermediate substrate layer may be disposed on the second lower substrate layer. A water electrolysis cell may comprise the porous transport layer and the cathode.
