Hydrogen separation has been an area where we have been active for more than 15 years. Using a special approach, we make use of a separation reactor with a capacity of 5 slpm which can be added together for any capacity of interest in practice. The equipment has a wide application area ranging from metallurgical annealing furnaces to semiconductor processing, LED, photovoltaic manufacturing etc. Perhaps more important in this context, is the new era where hydrogen separation membranes are expected to diffuse into the future energy system dominated by the renewables.

Publications
1-Ti modified Pd–Ag membranes for hydrogen separation F Pişkin, H Akyıldız, T Öztürk International Journal of Hydrogen Energy 40 (24), 2015, 7553-75582

2-Combinatorial screening of Pd-Ag-Ni membranes for hydrogen separation F Pişkin, T Öztürk Journal of Membrane Science 524, 2017,631-636

3-Nb-Pd-Ti BCC thin films for hydrogen separation F Pişkin, T Öztürk, Journal of Alloys and Compounds 775, 2019, 411-418

4-Development Pd based membranes for hydrogen separation via combinatorial approach, Mehmet Mert Köse, Fatih Pişkin and Tayfur Öztürk , 18th International Symposium on Metal-Hydrogen System, Saint Malo 26-31 May 2024