Applied Chemistry and Environmental Science, School of Science, STEM College, RMIT University, Melbourne, VIC 3001, Australia.
Civil and Infrastructure, School of Engineering, STEM College, RMIT University, Melbourne, VIC 3001, Australia.
Molecules. 2022 Aug 9;27(16):5068. doi: 10.3390/molecules27165068.
Bitumen is a major construction material that can emit harmful fumes when heated. These fumes pose health risks to workers and communities near construction projects or asphalt mixing plants. The chemical complexity of bitumen fumes and the increasing use of additives add to the difficulty of analytically quantifying the harmful chemicals emitted using a single technique. Research on bitumen emissions consists of numerous sample preparation and analytical methods. There are a range of considerations to be made when deciding on an appropriate sample preparation method and instrumental configuration to optimise the analysis of specific organic contaminants in emissions. Researchers investigating emissions from bituminous materials may need to consider a range of analytical techniques to quantify harmful chemicals and assess the efficacy of new additives. This review summarises the primary methodologies for sample preparation and analytical techniques used in bitumen research and discusses future challenges and solutions.
沥青是一种主要的建筑材料,在加热时会散发有害烟雾。这些烟雾会对建筑项目或沥青混合料厂附近的工人和社区构成健康风险。沥青烟雾的化学复杂性以及添加剂的日益使用,增加了使用单一技术分析排放的有害化学物质的难度。沥青排放的研究包括许多样品制备和分析方法。在决定适当的样品制备方法和仪器配置以优化排放物中特定有机污染物的分析时,需要考虑一系列因素。研究沥青材料排放的研究人员可能需要考虑一系列分析技术,以量化有害化学物质并评估新型添加剂的效果。本文综述了沥青研究中使用的主要样品制备方法和分析技术,并讨论了未来的挑战和解决方案。