Fe(III) Octaethylporphine chloride (CAS 28755-93-3)

Iron(III) octaethylporphine chloride, known as Fe(OEP)Cl, is a complex iron-based compound composed of a central iron atom encircled by eight ethylporphine molecules. Its utilization spans across various scientific and industrial domains, notably in the synthesis of organic compounds, the electrochemical metal deposition, and wastewater treatment. This compound showcases remarkable adaptability, finding extensive utility within the realm of chemistry. Fe(III) Octaethylporphine chloride serves diverse scientific purposes, including the creation of organic compounds, electrochemical metal deposition, and wastewater treatment. Moreover, it contributes to catalytic reaction investigations and novel catalyst development. Its role extends further to exploring electron transfer reactions, protein-ligand interactions, and enzyme catalysis studies. Fe(III) Octaethylporphine chloride operates through distinct mechanisms. It functions as a catalyst in organic compound synthesis, propelling reactants toward desired product formation. In electrochemical metal deposition, it facilitates electron transfer, aiding the movement of electrons from reactants to the deposited metal. In wastewater treatment, its chelating abilities come into play, effectively binding and eliminating heavy metals from the wastewater matrix.