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Enhancement of coal char gasification using a pyrolyzer-gasifier isolated circulating fluidized bed gasification system

机译:使用热解器-气化器隔离循环流化床气化系统增强煤焦气化

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In the present study, we attempted to promote the steam gasification of coal char at low temperatures (below 1173 K). A novel circulating fluidized bed gasification reactor was developed. This reactor consisted of three units: a pyrolyzer, a gasifier, and a combustor. The main feature of the reactor was that the pyrolyzer was physically isolated from the gasifier. Such physical isolation of the pyrolysis zone (pyrolyzer) from the char gasification zone (gasifier) in the reactor can prevent char gasification from being inhibited by contact of the char with hydrogen gas or the tar vapor formed by pyrolysis. Therefore, char gasification was certainly promoted by the physical isolation of the pyrolyzer from the gasifier in comparison with the conventional gasification reactor, in which pyrolysis and subsequent char gasification proceed in one unit.
机译:在本研究中,我们试图促进低温(1173 K以下)下煤焦的蒸汽气化。开发了新型的循环流化床气化反应器。该反应器由三个单元组成:热解器,气化器和燃烧器。反应器的主要特征是热解炉与气化炉是物理隔离的。将热解区(热解器)与反应器中的焦炭气化区(气化器)进行这种物理隔离可以防止炭与氢气或由热解形成的焦油蒸气接触而抑制焦炭气化。因此,与常规气化反应器相比,热解器与气化器的物理隔离无疑促进了焦炭气化,在常规气化反应器中,热解和随后的焦炭气化在一个单元中进行。

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