Data set for Municipal Solid Waste Gasification on Three-stage Air Inlet Downdraft Gasifier

The data presented is data from gasification experiments using municipal solid waste pellet-based downdraft gasifier. there are two files, one file in the form of a spreadsheet whose contents are experimental data that has been processed. the second data is in the form of a powerpoint that contains a series of experimental images and graphs of processed data. the aim of this research are to reduce tar tar content with multi-stage air injection at pyrolysis, oxidation and reduction zone. Gasification performance indicator regarding low heating value (LHV), cold gas efficiency (CGE), gas production rate, and tar concentration.The air in the reduction zone activates the char layer to be more reactive in capturing tar components. Improved performance multi-stage air inlet compared with single stage gasifier can be used as reference optimization of operating conditions for the application of further gasification of both heating and power generation.

本研究呈现的数据源自于基于城市固体废弃物颗粒的下降式气化实验数据。数据包含两份文件，一份为电子表格形式，其中包含经过处理的实验数据；另一份则为包含一系列实验图像和数据处理图的 PowerPoint 文件。研究旨在通过在裂解、氧化和还原区域的多级空气注入来降低焦油含量。研究关注的气化性能指标包括低热值（LHV）、冷气效率（CGE）、气体产量和焦油浓度。还原区域的空气激活了炭层，使其在捕捉焦油成分时更具活性。与单级气化器相比，改进的多级空气入口性能可作为进一步应用于加热和发电的气化操作条件优化的参考。