Titlebook: Coal and Biomass Gasification; Recent Advances and Santanu De,Avinash Kumar Agarwal,Bhaskar Thallada Book 2018 Springer Nature Singapore P

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Emg827

Feedstock Characterization for Pyrolysis and Gasificationomass and refuse-derived fuels (RDF) into energy and fuels. The quality of the products such as syngas and liquid oil and the process efficiencies depend greatly on the operating parameters of the process, which in turn depend on feedstock characteristics. Hence, it is imperative to map the salient

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Thermodynamics and Kinetics of Gasificationd as the phenomenon of gasification. Although the phenomena associated with the gasification of various feedstocks differ from each other in detail, the underlying thermodynamics is more or less common and is attempted to be captured here. The technology of gasification also has a wide variety, and

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Hydrodynamics of Circulating Fluidized Bed Systems reactor bed having granular solid materials. The velocity of the fluid is kept high enough to suspend these materials resulting to behave them like fluids. Such reactors are classified as bubbling bed, fast circulating bed or dual bed systems combining two beds depending upon the fluid velocities a

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Gas Cleaning and Tar Conversion in Biomass Gasificationticulate matters. The hydrocarbon compounds present in the raw gas, which have comparatively lower molecular weights, act as fuel in gas turbine or gas engines. Hydrocarbons with higher molecular masses are collectively called tars. Relatively simpler tars often polymerize into more complex structur

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Gasification of Mixed Biomass: Analysis Using Equilibrium, Semi-equilibrium, and Kinetic Modelsers. In this chapter, we have presented a review of our studies in gasification of biomass blends using approaches of non-stoichiometric equilibrium, semi-equilibrium, and kinetic models. Initially, gasification of biomass mixtures has been assessed using thermodynamic equilibrium and semi-equilibri