Matches in SemOpenAlex for { <https://semopenalex.org/work/W3034281645> ?p ?o ?g. }
- W3034281645 endingPage "111380" @default.
- W3034281645 startingPage "111380" @default.
- W3034281645 abstract "Microplastics are proven as heavy metals vector, but the adsorption mechanism still unclear. This study investigated the adsorption of Pb and Cu in microplastics in the Musi River and the environment effect. This study was conducted in 10 stations along the Musi River to the estuary. The polymers of microplastics were dominated by PP and followed by PE, PES, PVC, and nylon. The average concentration of Pb (0.0347 mg L−1 for water and 0.470 mg kg−1 for microplastics) was higher than Cu (0.0138 mg L−1 for water and 0.091 mg kg−1 for microplastics). The highest concentration of both metals in water and microplastics were found in the estuary. Environment parameters have different effects on the adsorption. The present study found that the adsorption processes were following the Freundlich model. The interaction metal-microplastic was physisorption. Pb and Cu will attach through weak bonds and easy to release into the aquatic ecosystem." @default.
- W3034281645 created "2020-06-19" @default.
- W3034281645 creator A5004819976 @default.
- W3034281645 creator A5016105917 @default.
- W3034281645 creator A5016205442 @default.
- W3034281645 creator A5025305438 @default.
- W3034281645 creator A5036811971 @default.
- W3034281645 creator A5052816710 @default.
- W3034281645 creator A5066116956 @default.
- W3034281645 creator A5088957126 @default.
- W3034281645 creator A5089206232 @default.
- W3034281645 creator A5091027895 @default.
- W3034281645 date "2020-09-01" @default.
- W3034281645 modified "2023-10-16" @default.
- W3034281645 title "Concentration and adsorption of Pb and Cu in microplastics: Case study in aquatic environment" @default.
- W3034281645 cites W1956592121 @default.
- W3034281645 cites W1969587251 @default.
- W3034281645 cites W1979044309 @default.
- W3034281645 cites W1983247439 @default.
- W3034281645 cites W1997854913 @default.
- W3034281645 cites W1998943446 @default.
- W3034281645 cites W2009087555 @default.
- W3034281645 cites W2014316744 @default.
- W3034281645 cites W2017388749 @default.
- W3034281645 cites W2036902333 @default.
- W3034281645 cites W2037849437 @default.
- W3034281645 cites W2041425015 @default.
- W3034281645 cites W2043653606 @default.
- W3034281645 cites W2066119305 @default.
- W3034281645 cites W2090514532 @default.
- W3034281645 cites W2095345231 @default.
- W3034281645 cites W2104895473 @default.
- W3034281645 cites W2118402248 @default.
- W3034281645 cites W2133892291 @default.
- W3034281645 cites W2145091626 @default.
- W3034281645 cites W2150544267 @default.
- W3034281645 cites W2160330414 @default.
- W3034281645 cites W2164526292 @default.
- W3034281645 cites W2230820137 @default.
- W3034281645 cites W2314104404 @default.
- W3034281645 cites W2314275718 @default.
- W3034281645 cites W2405598407 @default.
- W3034281645 cites W2442657547 @default.
- W3034281645 cites W2466040962 @default.
- W3034281645 cites W2525409352 @default.
- W3034281645 cites W2526924327 @default.
- W3034281645 cites W2528710915 @default.
- W3034281645 cites W2561351090 @default.
- W3034281645 cites W2580089137 @default.
- W3034281645 cites W2583342343 @default.
- W3034281645 cites W2586786544 @default.
- W3034281645 cites W2592113248 @default.
- W3034281645 cites W2593083124 @default.
- W3034281645 cites W2605052370 @default.
- W3034281645 cites W2739700547 @default.
- W3034281645 cites W2752698709 @default.
- W3034281645 cites W2763669657 @default.
- W3034281645 cites W2765786242 @default.
- W3034281645 cites W2779160886 @default.
- W3034281645 cites W2790204994 @default.
- W3034281645 cites W2792435559 @default.
- W3034281645 cites W2795517382 @default.
- W3034281645 cites W2796456534 @default.
- W3034281645 cites W2803989627 @default.
- W3034281645 cites W2818736739 @default.
- W3034281645 cites W2846459915 @default.
- W3034281645 cites W2890586584 @default.
- W3034281645 cites W2891301156 @default.
- W3034281645 cites W2895518474 @default.
- W3034281645 cites W2900604386 @default.
- W3034281645 cites W2901354617 @default.
- W3034281645 cites W2903440473 @default.
- W3034281645 cites W2904674630 @default.
- W3034281645 cites W2904820691 @default.
- W3034281645 cites W2915456106 @default.
- W3034281645 cites W2922625303 @default.
- W3034281645 cites W2941185014 @default.
- W3034281645 cites W2944094919 @default.
- W3034281645 cites W2944627137 @default.
- W3034281645 cites W2949164741 @default.
- W3034281645 cites W2964486340 @default.
- W3034281645 cites W2967768128 @default.
- W3034281645 cites W2968887573 @default.
- W3034281645 cites W2980171925 @default.
- W3034281645 cites W2980763912 @default.
- W3034281645 cites W2982188274 @default.
- W3034281645 cites W2990108055 @default.
- W3034281645 cites W3008191667 @default.
- W3034281645 cites W3009724561 @default.
- W3034281645 cites W3024168701 @default.
- W3034281645 cites W3034785971 @default.
- W3034281645 doi "https://doi.org/10.1016/j.marpolbul.2020.111380" @default.
- W3034281645 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32568083" @default.
- W3034281645 hasPublicationYear "2020" @default.
- W3034281645 type Work @default.
- W3034281645 sameAs 3034281645 @default.
- W3034281645 citedByCount "95" @default.
- W3034281645 countsByYear W30342816452020 @default.