Md Abu Zafar Al Munsur
@mazam05.bsky.social
Synthetic Chemist | Polymer Electrolyte | Ionomer | Membrane | Material Characterization Expert | Fuel Cells | Water Electrolysis | Hydrogen | MEA
Actually, while we ran for 20,000 hours, it was maintained with almost identical performance or minimal loss. At that time, we only focused on performance loss, not considering hydrogen permeability. Later, we simultaneously tested both performance and hydrogen permeability.
October 31, 2025 at 7:15 AM
Actually, while we ran for 20,000 hours, it was maintained with almost identical performance or minimal loss. At that time, we only focused on performance loss, not considering hydrogen permeability. Later, we simultaneously tested both performance and hydrogen permeability.
Thank you for mentioning this crucial aspect; however, among all the commercial membranes and related work reported so far, only a few provided both hydrogen permeability and durability. Before the simultaneous measurement of hydrogen permeability and durability, we ran for 20000 hours without loss.
September 23, 2025 at 2:12 PM
Thank you for mentioning this crucial aspect; however, among all the commercial membranes and related work reported so far, only a few provided both hydrogen permeability and durability. Before the simultaneous measurement of hydrogen permeability and durability, we ran for 20000 hours without loss.
Thank you for mentioning this crucial aspect; however, among all the commercial membranes and related work reported so far, only a few provided both hydrogen permeability and durability. Before the simultaneous measurement of hydrogen permeability and durability, we ran for 20000 hours without loss.
September 23, 2025 at 2:11 PM
Thank you for mentioning this crucial aspect; however, among all the commercial membranes and related work reported so far, only a few provided both hydrogen permeability and durability. Before the simultaneous measurement of hydrogen permeability and durability, we ran for 20000 hours without loss.