Hydrogen as Potential Primary Energy Fuel for Municipal Solid Waste Incineration for a Sustainable Waste Management
Dr. Saranya S N1, Kiran S2
1Assistant Professor, Department of Electronics and Communication, Dayananda Sagar Academy of Technology and Management, 560082, Bangalore, Karnataka, India
2Student of Department of Electronics and Communication, Dayananda Sagar Academy of
Technology and Management, 560082, Bangalore, Karnataka
E-mail: kiranvarun38@gmail.com
Abstract
The control of municipal stable waste (MSW) has lengthy offered difficulties for the community. Affecting the sustainability of the environment. The expected reasons are rising earnings and population. The maximum superior and practicable technique for coping with municipal strong waste is incineration generation. The foundation of incinerator generation is the combustion of trash with the use of fossil fuels. Not handiest are these fuels strolling out day by day, however burning them poses a chance to the environment. The modern study appears into the viability of using hydrogen as the main gas for combustion within the incineration of municipal strong waste (MSW). It is now viable to run an incinerator of the vertical shaft type on natural hydrogen. Through specially made burners, a gasoline aggregate of hydrogen and oxygen in a stoichiometric ratio has been fed. The burners are made in this kind of manner as to offer uniform heat dispersion. In order to envision how the incinerator operates at the very best accredited moisture degree, more than a few Tests were carried out on both homogeneous and heterogeneous MSWs with excessive moisture possibilities ranging from 60 to 90%. It has been mentioned that the incineration reached a most temperature of 850C. There has been a important drop in weight percentage, 86–94%, and loss on ignition (1.74%–6.41%). For homogeneous paper and meals waste (1 kg), the hydrogenbased totally incinerator executed fine, accomplishing 60% and 87% of moisture content, in that order. The weight reduction become 97.14% and 88.88%, respectively, with energy expenditure of 108 Wh and 321 Wh. The efficiency of the hydrogen-based incinerator gadget decreases as the moisture content of the rubbish will increase.
Keywords: Municipal waste management (MSW), hydrogen, incineration, fuel.
