FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283033328> ?p ?o ?g. }

• W4283033328 endingPage "132706" @default.
• W4283033328 startingPage "132706" @default.
• W4283033328 abstract "Industrial emissions from the manufacturing of printed circuit boards (PCBs) are characterized by low concentration and high gas flow rates , and are one of the important sources of toxic and odorous volatile organic compounds (VOCs). They are deleterious to human health and considered as important precursors for the formation of ozone. Herein, we conducted a case study in which an integrated decontamination technique consisting of a spray tower (ST) and photocatalysis (PC) was applied to purify the waste gas emitted from a PCB manufacturing facility. Total of 66 VOCs including halogenated hydrocarbons (HHs), aromatic hydrocarbons (AHs), oxygen-containing hydrocarbons (OVOCs), and aliphatic hydrocarbons (AIHs) were quantified using GC-MS during four sampling events. The results showed that AHs were the largest group (contributing >85.0% of the total VOCs). The average removal efficiency (RE) of VOCs during the nine months’ continuous treatment was 72.39%. High RE was attributed to the following three aspects: the capture efficiencies of HHs with slight water solubility (50.16% of RE) and AIHs with low saturation pressure (54.75% of RE) were improved by the process consisting of ST upstream of PC, whereas AHs was preferentially degraded by PC (61.34% of RE). In addition, the ozone formation potential and the health risk (cancer and non-cancer risks) greatly decreased after the ST-PC treatment. This study suggests that ST-PC technique is a promising approach for removing continuously emitted organic waste gas with low concentration and high gas flow rates, as well as reducing the ozone formation and risk of health hazards. An integrated ST-PC technique displaying high removal efficiency and stability for preferential purification of AHs dominated exhaust gas was developed. • AHs contributed 78.47%–97.77% to the sum of VOCs emitted from PCB factory. • ST-PC integrated technique show high and stable removal ability to VOCs. • PC prefer the degradation of AHs than other VOCs groups. • O 3 formation potentials and health risks of VOCs decrease greatly after treatment." @default.
• W4283033328 created "2022-06-18" @default.
• W4283033328 creator A5014584041 @default.
• W4283033328 creator A5037263481 @default.
• W4283033328 creator A5057631131 @default.
• W4283033328 creator A5062231268 @default.
• W4283033328 creator A5079931761 @default.
• W4283033328 date "2022-09-01" @default.
• W4283033328 modified "2023-10-10" @default.
• W4283033328 title "Preferential removal of aromatics-dominated electronic industrial emissions using the integration of spray tower and photocatalysis technologies" @default.
• W4283033328 cites W1174193395 @default.
• W4283033328 cites W1827412055 @default.
• W4283033328 cites W1985545208 @default.
• W4283033328 cites W2001817315 @default.
• W4283033328 cites W2006634233 @default.
• W4283033328 cites W2007503568 @default.
• W4283033328 cites W2011410046 @default.
• W4283033328 cites W2012922017 @default.
• W4283033328 cites W2013522365 @default.
• W4283033328 cites W2015031737 @default.
• W4283033328 cites W2015362465 @default.
• W4283033328 cites W2019486702 @default.
• W4283033328 cites W2023204369 @default.
• W4283033328 cites W2027481211 @default.
• W4283033328 cites W2029088041 @default.
• W4283033328 cites W2029911880 @default.
• W4283033328 cites W2035061765 @default.
• W4283033328 cites W2051872186 @default.
• W4283033328 cites W2052650477 @default.
• W4283033328 cites W2057225257 @default.
• W4283033328 cites W2063430542 @default.
• W4283033328 cites W2072554629 @default.
• W4283033328 cites W2079748555 @default.
• W4283033328 cites W2080995043 @default.
• W4283033328 cites W2088975897 @default.
• W4283033328 cites W2094934830 @default.
• W4283033328 cites W2126092149 @default.
• W4283033328 cites W2134299102 @default.
• W4283033328 cites W2146747605 @default.
• W4283033328 cites W2319159108 @default.
• W4283033328 cites W2345777598 @default.
• W4283033328 cites W2400628662 @default.
• W4283033328 cites W2560203530 @default.
• W4283033328 cites W2592734879 @default.
• W4283033328 cites W2605247620 @default.
• W4283033328 cites W2612383933 @default.
• W4283033328 cites W2729108396 @default.
• W4283033328 cites W2757526448 @default.
• W4283033328 cites W2765989954 @default.
• W4283033328 cites W2793648959 @default.
• W4283033328 cites W2799513466 @default.
• W4283033328 cites W2801754750 @default.
• W4283033328 cites W2887639273 @default.
• W4283033328 cites W2901677903 @default.
• W4283033328 cites W2906265156 @default.
• W4283033328 cites W2911891827 @default.
• W4283033328 cites W2918020190 @default.
• W4283033328 cites W2926880028 @default.
• W4283033328 cites W2955939682 @default.
• W4283033328 cites W2989498694 @default.
• W4283033328 cites W2992404584 @default.
• W4283033328 cites W2999657948 @default.
• W4283033328 cites W3004729850 @default.
• W4283033328 cites W3015656103 @default.
• W4283033328 cites W3023024917 @default.
• W4283033328 cites W3041523126 @default.
• W4283033328 cites W3080967895 @default.
• W4283033328 cites W3092120745 @default.
• W4283033328 cites W3169865137 @default.
• W4283033328 cites W3170959516 @default.
• W4283033328 cites W3174339466 @default.
• W4283033328 cites W3190779937 @default.
• W4283033328 doi "https://doi.org/10.1016/j.jclepro.2022.132706" @default.
• W4283033328 hasPublicationYear "2022" @default.
• W4283033328 type Work @default.
• W4283033328 citedByCount "5" @default.
• W4283033328 countsByYear W42830333282023 @default.
• W4283033328 crossrefType "journal-article" @default.
• W4283033328 hasAuthorship W4283033328A5014584041 @default.
• W4283033328 hasAuthorship W4283033328A5037263481 @default.
• W4283033328 hasAuthorship W4283033328A5057631131 @default.
• W4283033328 hasAuthorship W4283033328A5062231268 @default.
• W4283033328 hasAuthorship W4283033328A5079931761 @default.
• W4283033328 hasConcept C127413603 @default.
• W4283033328 hasConcept C147176958 @default.
• W4283033328 hasConcept C161790260 @default.
• W4283033328 hasConcept C178790620 @default.
• W4283033328 hasConcept C185592680 @default.
• W4283033328 hasConcept C21880701 @default.
• W4283033328 hasConcept C2777831296 @default.
• W4283033328 hasConcept C39432304 @default.
• W4283033328 hasConcept C548081761 @default.
• W4283033328 hasConcept C65165184 @default.
• W4283033328 hasConcept C87717796 @default.
• W4283033328 hasConceptScore W4283033328C127413603 @default.
• W4283033328 hasConceptScore W4283033328C147176958 @default.
• W4283033328 hasConceptScore W4283033328C161790260 @default.
• W4283033328 hasConceptScore W4283033328C178790620 @default.

• next