Binder-type effect on the physico-mechanical, combustion and emission properties of <i>Alstonia boonei</i> De Wild. sawdust and <i>Theobroma cacao</i> L. pod biochar briquettes for energy applications.

The research investigated physical, mechanical, combustion, and gas emission analysis of biochar briquettes produced from Alstonia boonei sawdust and Theobroma cacao pod with different binders. All analyses were done per standard methods, and scientific research references. For each property investigated, data for each replication is presented. The means and standard errors were calculated with these values using Microsoft Excel. The Analysis of Variance for the treatments and post hoc analysis were also conducted to determine significant differences between the various levels at a confidence level of 95%.本研究针对以布恩氏鸡骨常山（Alstonia boonei）锯屑与可可（Theobroma cacao）豆荚为原料、搭配不同黏合剂制备的生物炭压块，开展了物理性能、力学性能、燃烧性能及气体排放特性分析。所有分析均依据标准方法与科学研究参考文献完成。针对所考察的各项性能，本研究列出了每一次重复实验的对应数据。利用微软Excel（Microsoft Excel）对上述数据计算得到平均值与标准误差。本研究还对各组处理开展了方差分析与事后多重比较检验，以在95%置信水平下确定各性能水平间的显著差异。