Hydrogen production through combined pyrolysis and steam gasification - Parthasarathy, Prakash;Narayanan, Sheeba
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The world is largely dependent on fossil fuels for its energy demand. However, fossil fuels are depleting at a faster rate. They are turning out to be unaffordable due to its limited resources and their huge demand. Above all, fossil fuels are highly polluting the mother earth. Thus, the need of the hour is to look for an alternate energy source which can cover up limitations of fossil fuels. Research on biomass emphasis that biomass can effectively substitute fossil fuels. There are many routes for recovering energy from biomass. Apropos, hydrogen is believed to be the fuel for the next…mehr

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Produktbeschreibung
The world is largely dependent on fossil fuels for its energy demand. However, fossil fuels are depleting at a faster rate. They are turning out to be unaffordable due to its limited resources and their huge demand. Above all, fossil fuels are highly polluting the mother earth. Thus, the need of the hour is to look for an alternate energy source which can cover up limitations of fossil fuels. Research on biomass emphasis that biomass can effectively substitute fossil fuels. There are many routes for recovering energy from biomass. Apropos, hydrogen is believed to be the fuel for the next generation. Realising the importance of biomass and hydrogen energy, this work focuses on generating hydrogen from biomass by combining slow pyrolysis and steam gasification processes.
Autorenporträt
The author is a Chemical Engineer having done his graduation from Shanmugha college of Engineering, Tamilandu, India. He did his masters in Energy Engineering at NIT, Trichy, Tamilnadu, India. His area of interest is on renewable energy sources. Currently he is into research and working on pyrolysis and gasification of biomass at NIT, Trichy.