Jeotermal Enerji Destekli Güç ve Hidrojen Üretim Tesisinin Termodinamik ve Çevresel Etki Değerlendirmesinin Modellenmesi

In this proposed study, hydrogen and power generation by low-temperature geothermal energy supported Kalina cycle is thermodynamically investigated with an exergy efficiencies approaches. This combined plant includes a PEM electrolysis for generation. The key purpose of paper to generate in environmentally benign way. Furthermore, environmental impact analysis discussed investigate the carbon dioxide emission that will be released if amount obtained are produced natural gas. As coming examination results, performance overall 7.94% 37.64%, respectively. Also, net production rates computed as 100.5 kW 0.0001191 kgs-1.