Integration between energy and exergy analyses to assess the performance of furnace regenerative and ammonia decomposition systems

Energy and exergy analyses were performed on a glass furnace regenerator hydrogen production via thermal catalytic ammonia decomposition. A novel integration between energy was suggested to predict the performance of thermodynamic systems. It found that heat recovered by combustion air south side higher than north because fouling effect deposit materials lost through walls. The maximum efficiencies 98% 93%, respectively, while those 96.3% 80%, respectively. also applied investigate H2 from NH3 decomposition system. conversion rate results proved an increase in feeding pressure unfavorable. Moreover, system 73.5% 13.34% at 100 kPa, Furthermore, non-equilibrium is identified integrated effectiveness entropy generation number.