ElectroHy anion exchange membrane water electrolysis (AEMWE) anode electrode is designed for AEM electrolysis applications. It does not contain any precious metals and uses earth-abundant Fe and Ni as the electrochemically active materials in the form of NiFeOx. Electrochemically active NiFeOx is made on compressed Nickel form to yield a self-supported anode electrode that also functions as porous transport layer. This is also called as gas diffusion electrode (GDE) anode. In the industry, this may also be called or known as catalyst coated substrate (CCS) type of anode. It is meant to be used as-is, without any specific steps required for activation. Technical specifications: Thickness: ~360 µm Electrochemically Active Materials: NiFeOx Support: Compressed porous Ni foam Performance: The following graph shows the nearly perfect performance of this anode in a 3-electrode test. Electrochemical performance of ElectroHy anodes in a single cell with 1 Molar KOH at 60 deg C is given below. This data demonstrates superb performance both at 0.2 molar and 1 molar KOH and , such as a current density of 2A/cm2 at 1.73V using a 60um Hydroion membrane. Catalytic component of the anode electrode is composed of a proprietary composition and loading of NiFeOx. Durability test results: The following durability graph shows the longevity aspect of ElectroHy's proprietary NiFeOx as the anode catalyst for anion exchange membrane water electrolysis (AEMWE) applications. This longevity test continued for 8000 hrs with an amazing degradation rate of
