Abstract
Various cathodes (Ti/RuO
2
, stainless steel, WC/TiC) and anodes (Ti/RuO
2
, stainless steel) were used to find appropriate catalytic material applicable at room temperature for wastewater electrolysis. Performance of Ti/RuO
2
as a cathode for hydrogen production from contaminated water at low current density having pharmaceutically active compounds was found to be competitive. Stability of Ti/RuO
2
as an anode as well as a cathode was found to be satisfactory. Use of kaolin seems to apparently increase the hydrogen production, which is not documented in any previous research.