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Biomass gasification technology: The state of the art overview

机译:生物质气化技术:最先进的概述

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The reduction of imported forms of energy, and the conservation of the limited supply of fossil fuels, depends up on the utilization of all other available fuel energy sources. Biomass is a renewable energy source and represents a valid alternative to fossil fuels. The abundance of biomass ranks it as the third energy resource after oil and coal. Moreover, when compared to fossil fuels, biomass fuels possess negligible sulphur concentrations, produce less ash, and generate far less emissions in to the air. In other words, biomass can deliver significant greenhouse gas reductions in electricity, heat and transport fuel supply. The energy in biomass may be realized by different thermochemical technologies of which gasification is most promising alternative routes to convert biomass to power/heat generation and production of transportation fuels and chemical feedstock. This paper deals with the state of the art biomass gasification technologies, evaluating advantages and disadvantages, the potential use of the syngas and the application of the biomass gasification. Also, this paper provides short overview of the current status of the biomass gasification in Serbia.
机译:减少进口能源的形式以及节约化石燃料的有限供应,取决于所有其他可用燃料能源的利用。生物质是可再生能源,是化石燃料的有效替代品。生物质丰富,是仅次于石油和煤炭的第三大能源资源。此外,与化石燃料相比,生物质燃料的硫浓度可以忽略不计,产生的灰分更少,并且向空气中的排放量也少得多。换句话说,生物质能显着减少电力,热能和运输燃料供应中的温室气体排放。生物质中的能量可以通过不同的热化学技术来实现,其中气化是将生物质转化为电能/热能并生产运输燃料和化学原料的最有希望的替代途径。本文探讨了最先进的生物质气化技术,评估了优缺点,合成气的潜在用途以及生物质气化的应用。此外,本文还简要概述了塞尔维亚生物质气化的现状。

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