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February 2, 20260 citationsOpen Access

Source Profile Analysis of Atmospheric Volatile Organic Compounds in Chongqing

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AZAnqi ZhangXQXin QiYJYuchun Jiang

Key Points

  • The research aims to systematically analyze the source profiles of VOC emissions from various industries in Chongqing.
  • Collected source-specific emission data from 15 representative industrial facilities.
  • Conducted on-site sampling and reviewed existing literature regarding VOC emissions.
  • Categorized emissions by key industrial sectors: furniture, automobile, and chemical.
  • Analyzed the chemical composition of emissions to identify distinct source profiles.
  • Furniture manufacturing emissions are predominantly alkanes (65%).
  • Chemical industries show a 51% contribution of alkanes.
  • Automobile manufacturing has a significantly high aromatic hydrocarbon content of 64%.
  • Benzene derivatives emitted from automobile manufacturing pose carcinogenic risks.

Abstract

This study presents the first systematic investigation of Volatile Organic Compounds (VOC) source profiles from key industrial sectors in Chongqing, China. Source-specific emission data were collected from fifteen representative facilities encompassing furniture manufacturing, automobile production, and chemical industries through a combination of on-site sampling and comprehensive literature review. Our results reveal distinct chemical signatures and regional variations among different source categories: furniture manufacturing emissions are dominated by alkanes (65%), chemical industries exhibit 51% alkane contribution, while automobile manufacturing demonstrates a remarkably high aromatic hydrocarbon content (64%), significantly exceeding other investigated sectors. Notably, aromatic hydrocarbons—particularly benzene derivatives—emitted from automotive manufacturing facilities pose potential carcinogenic and chronic health risks to both occupational workers and surrounding populations, necessitating prioritized regulatory intervention. These locally derived emission profiles fill a critical knowledge gap in regional VOC source characterization for Chongqing, providing essential scientific evidence for accurate source apportionment and formulation of sector-specific emission reduction strategies.

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Cite This Study

Zhang et al. (2026) studied this question.

synapsesocial.com/papers/6980ffd6c1c9540dea812afchttps://doi.org/10.3390/toxics14020143
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