High Flow Control for Gasification
28 November 2022Intro:
Gasification is a process in which biomass or fossil fuel is converted into carbon monoxide, hydrogen, and carbon dioxide (syngas or synthetic gas).1 As a result of higher combustion temperatures, the syngas created is more energy dense than organic fuel in its combustion, according to the theorem of thermodynamic efficiency by Carnot. Due to this, direct use of syngas is made possible for gas engines, kilns, boilers and thermal oxidizers. In some parts of the world, syngas made from biomass is thought to be less expensive than fossil fuel and can be directly substituted in most applications. Furthermore, the quality of the syngas produced depends on the composition of the reaction, which ultimately relies on precise control of oxygen or air entering the gasification chamber.
Hazardous waste, Medical waste Municipal solid waste and feedstock of biomass is where Syngas can be produced. While the amount of pollution created depends upon the feedstock, syngas burns cleaner than fossil fuels and has much lower emissions than greenhouse gases.
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