The influence of polymer matrix and its role in the detection of volatile organic compounds using Py-GC-MS and TG-DSC as solid state analysis techniques

The purpose of the study was to analyse and describe the synergy occurring between the biomass matrix and the polymer matrix during the thermal conversion of solid biofuel samples. The object of the study was wood biomass and a model sample containing PP, PE, LDPE, ABS, PET (transparent and coloured), PMMA, PA6, PS, PVC, PC, and POM, among others. The scope of the research conducted was Py-GC-MS analytical pyrolysis and TG-DSC analysis.

Sample descriptions include:

No# - sample number where:
41- polymer mixture
42- 0.1% of sample 41 in sample 49
43 - 0.5% of sample 41 in sample 49
44 - 1% of sample 41 in sample 49
45 - 2.5% of sample 41 in sample 49
46 - 5% of sample 41 in sample 49
47 - 7.5% of sample 41 in sample 49
48 - 10% of sample 41 in sample 49
49 - biomass
600 - temperature of conducting pyrolysis
50 - split

File:
.txt - TG-DSC
.qgd - Py-GC-MS

本研究旨在分析与描述在固体生物燃料样品的热转化过程中，生物质基质与聚合物基质之间所发生的协同效应。研究对象为木材生物质及含有PP、PE、LDPE、ABS、PET（透明及彩色）、PMMA、PA6、PS、PVC、PC及POM等成分的模型样品。研究范围涵盖了Py-GC-MS分析热解以及TG-DSC分析。样品描述包括：

样品编号 - 样品编号，其中：
41 - 聚合物混合物
42 - 样品49中样品41的0.1%
43 - 样品49中样品41的0.5%
44 - 样品49中样品41的1%
45 - 样品49中样品41的2.5%
46 - 样品49中样品41的5%
47 - 样品49中样品41的7.5%
48 - 样品49中样品41的10%
49 - 生物质
600 - 进行热解的温度
50 - 分离

文件：
.txt - TG-DSC
.qgd - Py-GC-MS