A new model proposal based on global warming for hydrogen economy
2021
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Advisor: Doç. Dr. Mükerrem Şahin
Abstract (EN)
This study offers a new model depends on global warming for hydrogen economy. For the first time in the world, a new formula has been designed in which the pump price of gasoline is calculated by considering the cost of all recorded natural disasters caused by global warming. The largest contributing source of greenhouse gas is the burning of fossil fuels causes the emission of carbon dioxide. Its concentrations in the Earth's atmosphere has been increasing in the twentieth century. At the end of the century, the carbon content in the atmosphere was increasing by approximately three billion tons per year. The rate of the total human-induced carbon dioxide emissions to the Earth's atmosphere is currently about five-seven billion tons per year. This huge amount of the carbon dioxide not only changes the gas composition of atmosphere but also slightly increase atmosphere pressure. Human-induced emissions of carbon dioxide and other greenhouse gasses has an effect of global warming. Rising global temperature causes an increase in the atmospheric concentration of carbon dioxide and not vice versa. Increase in man–made emissions of greenhouse gases heats the atmosphere. Greenhouse gases give raise to green gas effect and it causes the global warming. Natural disasters show up on the world as a result of global warming. Number of the extreme temperature, storm, fog, flood, landslide, wave action drought is increased owing to global warming. These are destructive disasters and also they destructive economically. Cost of natural disasters should be regarded when the cost of gasoline is identified. In this way, when hydrogen and gasoline are compared each other, the use of hydrogen as fuel in vehicles is cheaper cost over the long run although it seems expensive in the short term. As a result, the Şahin-G formula was designed to increase the widespread rate of hydrogen production and to support by the government. Keywords: Hydrogen economy, global warming, carbon dioxide emission
Author
Gözde Göktaş
Institution
Ankara Yıldırım Beyazıt University
Enerji Sistemleri Mühendisliği Bilim Dalı
How to Cite
Gözde Göktaş (Master Thesis). A new model proposal based on global warming for hydrogen economy, 2021, Ankara Yıldırım Beyazıt University.
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