Parametric study of different biomass feedstocks used for gasification process of gasifier—a literature review

A comprehensive review of primary strategies for tar removal in biomass gasification

“…The composition yields and characteristics of the gasification products depend on the composition and structure of the biomass, process conditions (such as temperature, gasification agent, pressure, residence time or use of catalyst) and reactor type [49]. Even small changes in process conditions could affect the overall performance of the gasification process, and therefore the quality of the final product gas [50]. Thus, clean woody biomass leads to a product gas with very low concentrations of NH 3 , H 2 S and HCl, as it contains low amounts of sulphur, nitrogen and chlorine compounds, whereas the use of low-cost residual biomass, such as agricultural residues, manure [51], sewage sludge [52] or waste [53], leads to much higher concentrations.…”

An experimental and response-surface-based optimization approach towards production of producer gas in a circulating fluidized bed gasifier using blends of renewable fibre-based biomass mixtures

“…Because it is renewable, biomass has a great deal of potential for usage. 1 In comparison to carbon fuels, biomass has an upper hand because it ensures a consistent stream of substrate. Additionally, the continued unpredictability of fossil-based demand and supply, as well as environmental pollution and its effects on global warming, are among some of the detrimental effects of their unprecedented utilization.…”

The Effect of Dual Fuel Producer Gases with Y-Shaped Mixing Chamber on Single Cylinder Spark Ignition Engine Operation

“…Regarding climate and geographical conditions, biomass is regarded as the most important type of renewable fuel. [2][3][4].…”