RIOFH - Repository of Institute of General and Physical Chemistry
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STABILITY OF THE OSMOTICALLY DRIED PORK MEAT (LONGISSIMUS DORSI) FOLLOWED BY THERMOANALYTICAL TECHNIQUES
No full textUnlocking bioactive potential of peppermint seeds: fatty acids, phenolics, antioxidant and cytotoxic activity of supercritical CO2 extracts
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Femtosecond Laser Surface Engineering of Nickel-Based Superalloy Under Controlled Atmospheres
No full textBoosting Green Hydrogen Production—Energy Savings in Alkaline Water Electrolysis Using Synergy of Magnetic Field and In Situ Activation of Electrodes
No full textThis study focuses on enhancing the efficiency of alkaline water electrolysis technology, a key process in green hydrogen production, by leveraging the synergy of magnetic fields and in situ electrode activation. Optimizing AWE efficiency is essential to meet increasing demands for sustainable energy solutions. In this research, nickel mesh electrodes were modified through the application of magnetic fields and the addition of hypo-hyper d-metal (cobalt complexes and molybdenum salt) to the electrolyte. These enhancements improve mass transfer, facilitate bubble detachment, and create a high-surface-area catalytic layer on the electrodes, all of which lead to improved hydrogen evolution rates. The integration of magnetic fields and in situ activation achieved over 35% energy savings, offering a cost-effective and scalable pathway for industrial green hydrogen production
Beyond wine: Additional benefits of grape pomace from portugieser Serbian monovarietal red wine
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