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• W4280491944 endingPage "155901" @default.
• W4280491944 startingPage "155901" @default.
• W4280491944 abstract "Measurements of ozone (O3) and its precursors were performed in the summer of 2019 in Lanzhou, a petrochemical industrial city, to better understand the reactivity of volatile organic compounds (VOCs) and their effects on O3 production. During the campaign, the daily maximum 8-hour average (MDA8) O3, NO2, and total VOC (TVOC) concentrations reached 72.2 ± 19.9 ppb, 24.9 ± 10.8 ppb, and 50.8 ± 46.1 ppb, respectively. Alkanes, alkenes, halocarbons, aromatics, and alkynes contributed 45.3%, 24.0%, 16.5%, 10.0%, and 4.2% to TVOCs, respectively. The OH reactivity and relative incremental reactivity (RIR) of VOCs at different times were calculated. The results indicated that alkenes played a predominant role, accounting for an average of 68.5% of the initial VOC reactivity. Compared to other regions, alkenes are relatively more important for O3 formation in the petrochemical industry area of Lanzhou, while aromatics are relatively less important. Generally, O3 formation occurred in a VOC-limited regime in the morning and in a transitional regime in the afternoon. The response surface methodology (RSM) combined with a chemical box model was applied to obtain relationships between O3 and its precursors and determine the most effective way to reduce the O3 concentration. Reduction in the non-alkene concentration slightly affected the O3 concentration. In contrast, the effect of nitrogen oxides (NOx) was closely related to the alkene concentration, and NOx concentration reduction could lead to an increase in the O3 concentration when alkenes were abated to less than 80% of the present concentration. To mitigate O3 pollution near the petrochemical industrial area of Lanzhou, reducing the alkene concentration, especially the C4 alkene concentration (1,3-butadiene, cis-2-butene, and trans-2-butene), was the fastest and most effective control strategy. The results of this study serve as a reference for O3 pollution control in petrochemical industrial areas." @default.
• W4280491944 created "2022-05-22" @default.
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• W4280491944 date "2022-09-01" @default.
• W4280491944 modified "2023-09-28" @default.
• W4280491944 title "Chemical reactivity of volatile organic compounds and their effects on ozone formation in a petrochemical industrial area of Lanzhou, Western China" @default.
• W4280491944 cites W1029169104 @default.
• W4280491944 cites W1502544464 @default.
• W4280491944 cites W151102513 @default.
• W4280491944 cites W1606089525 @default.
• W4280491944 cites W1965258535 @default.
• W4280491944 cites W1971313002 @default.
• W4280491944 cites W1976604902 @default.
• W4280491944 cites W1980373419 @default.
• W4280491944 cites W1981250143 @default.
• W4280491944 cites W1985009809 @default.
• W4280491944 cites W1988689801 @default.
• W4280491944 cites W1992200455 @default.
• W4280491944 cites W2005612323 @default.
• W4280491944 cites W2006634233 @default.
• W4280491944 cites W2008503642 @default.
• W4280491944 cites W2011089664 @default.
• W4280491944 cites W2012344122 @default.
• W4280491944 cites W2012926961 @default.
• W4280491944 cites W2013544277 @default.
• W4280491944 cites W2020147105 @default.
• W4280491944 cites W2023179039 @default.
• W4280491944 cites W2031451477 @default.
• W4280491944 cites W2031571186 @default.
• W4280491944 cites W2037391191 @default.
• W4280491944 cites W2044578981 @default.
• W4280491944 cites W2044724516 @default.
• W4280491944 cites W2050816174 @default.
• W4280491944 cites W2070170277 @default.
• W4280491944 cites W2070810275 @default.
• W4280491944 cites W2083753594 @default.
• W4280491944 cites W2096253271 @default.
• W4280491944 cites W2097857598 @default.
• W4280491944 cites W2098081069 @default.
• W4280491944 cites W2114231355 @default.
• W4280491944 cites W2115035590 @default.
• W4280491944 cites W2121472298 @default.
• W4280491944 cites W2121701443 @default.
• W4280491944 cites W2122338855 @default.
• W4280491944 cites W2124610638 @default.
• W4280491944 cites W2136643902 @default.
• W4280491944 cites W2137912865 @default.
• W4280491944 cites W2143807104 @default.
• W4280491944 cites W2145717996 @default.
• W4280491944 cites W2146114903 @default.
• W4280491944 cites W2147461767 @default.
• W4280491944 cites W2149027673 @default.
• W4280491944 cites W2153114748 @default.
• W4280491944 cites W2168517413 @default.
• W4280491944 cites W2174240408 @default.
• W4280491944 cites W2180762667 @default.
• W4280491944 cites W2294967183 @default.
• W4280491944 cites W2298351582 @default.
• W4280491944 cites W2323683972 @default.
• W4280491944 cites W2329801976 @default.
• W4280491944 cites W2393477404 @default.
• W4280491944 cites W2470915505 @default.
• W4280491944 cites W2473740365 @default.
• W4280491944 cites W2490448740 @default.
• W4280491944 cites W2532505215 @default.
• W4280491944 cites W2625284205 @default.
• W4280491944 cites W2749255635 @default.
• W4280491944 cites W2753550424 @default.
• W4280491944 cites W2774681000 @default.
• W4280491944 cites W2789327391 @default.
• W4280491944 cites W2800802784 @default.
• W4280491944 cites W2914982800 @default.
• W4280491944 cites W2931380307 @default.
• W4280491944 cites W2940571302 @default.
• W4280491944 cites W2946105428 @default.
• W4280491944 cites W2954311017 @default.
• W4280491944 cites W2966438664 @default.
• W4280491944 cites W2981713803 @default.
• W4280491944 cites W3023543737 @default.
• W4280491944 cites W3028586177 @default.
• W4280491944 cites W3031391999 @default.
• W4280491944 cites W3035069585 @default.
• W4280491944 cites W3093084330 @default.
• W4280491944 cites W3129272519 @default.
• W4280491944 cites W3189452840 @default.
• W4280491944 cites W325596169 @default.
• W4280491944 cites W4200379881 @default.
• W4280491944 doi "https://doi.org/10.1016/j.scitotenv.2022.155901" @default.
• W4280491944 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35569665" @default.

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