Matches in SemOpenAlex for { <https://semopenalex.org/work/W4317438617> ?p ?o ?g. }
- W4317438617 endingPage "436" @default.
- W4317438617 startingPage "417" @default.
- W4317438617 abstract "Rapid and modern industrialization, in tandem with rapid urbanization, is becoming the primary source of modern and recalcitrant waste dumping in the environment. The dumping of such wastes has a negative impact on both terrestrial and aquatic environments. Despite several advanced techniques and breakthroughs, the treatment of industrial wastewaters remains a critical issue around the world. Industrial wastewaters contain a variety of potentially hazardous contaminants that can have toxic and even lethal effects on living organisms, making wastewater treatment critical. Because of its environmental safety and low cost, bioremediation of industrial wastewaters is regarded as a very efficient technique. This chapter discusses the role of microbes such as bacteria, fungi, and microalgae in industrial wastewater bioremediation. Massive discharge and the effects of microplastics on microbes are now a growing global concern. Microplastic concentrations in the environment may impair the remedial efficiency of microbes used for in-situ waste treatment. As a result, it is critical to investigate the potential inhibitory effects of nano- and microplastics on the remedial potential of microbes in order to use microbes for in-situ waste remediation. This chapter also summarizes the potential effects of microplastics on the bioremediation potential of various microbial species." @default.
- W4317438617 created "2023-01-19" @default.
- W4317438617 creator A5002804079 @default.
- W4317438617 creator A5006604863 @default.
- W4317438617 creator A5038273137 @default.
- W4317438617 creator A5041018150 @default.
- W4317438617 creator A5075340396 @default.
- W4317438617 creator A5086575738 @default.
- W4317438617 date "2023-01-01" @default.
- W4317438617 modified "2023-09-25" @default.
- W4317438617 title "Nano- and microplastics in the environment: a potential threat to in-situ bioremediation of wastewaters" @default.
- W4317438617 cites W1013677728 @default.
- W4317438617 cites W1017747952 @default.
- W4317438617 cites W1974913409 @default.
- W4317438617 cites W1979949174 @default.
- W4317438617 cites W1985760219 @default.
- W4317438617 cites W1988255760 @default.
- W4317438617 cites W1989375301 @default.
- W4317438617 cites W1992477327 @default.
- W4317438617 cites W1999317698 @default.
- W4317438617 cites W2003374664 @default.
- W4317438617 cites W2012119635 @default.
- W4317438617 cites W2012335514 @default.
- W4317438617 cites W2014173070 @default.
- W4317438617 cites W2025631885 @default.
- W4317438617 cites W2041537109 @default.
- W4317438617 cites W2057631570 @default.
- W4317438617 cites W2059811407 @default.
- W4317438617 cites W2068179698 @default.
- W4317438617 cites W2073712355 @default.
- W4317438617 cites W2078995260 @default.
- W4317438617 cites W2081395501 @default.
- W4317438617 cites W2093712940 @default.
- W4317438617 cites W2113536011 @default.
- W4317438617 cites W2114791327 @default.
- W4317438617 cites W2125329236 @default.
- W4317438617 cites W2130413796 @default.
- W4317438617 cites W2169737456 @default.
- W4317438617 cites W2170804474 @default.
- W4317438617 cites W2170990936 @default.
- W4317438617 cites W2189339600 @default.
- W4317438617 cites W2220281519 @default.
- W4317438617 cites W2228858900 @default.
- W4317438617 cites W2229518787 @default.
- W4317438617 cites W2296788681 @default.
- W4317438617 cites W2302418272 @default.
- W4317438617 cites W2318716851 @default.
- W4317438617 cites W2321253384 @default.
- W4317438617 cites W2324374452 @default.
- W4317438617 cites W2400619186 @default.
- W4317438617 cites W2412189880 @default.
- W4317438617 cites W2414305648 @default.
- W4317438617 cites W2444595271 @default.
- W4317438617 cites W2463608357 @default.
- W4317438617 cites W2510704615 @default.
- W4317438617 cites W2513112152 @default.
- W4317438617 cites W2515070466 @default.
- W4317438617 cites W2530784556 @default.
- W4317438617 cites W2547623765 @default.
- W4317438617 cites W2550982111 @default.
- W4317438617 cites W2560362647 @default.
- W4317438617 cites W2587562401 @default.
- W4317438617 cites W2609067898 @default.
- W4317438617 cites W2618945547 @default.
- W4317438617 cites W2619462796 @default.
- W4317438617 cites W2746298698 @default.
- W4317438617 cites W2747217965 @default.
- W4317438617 cites W2758681037 @default.
- W4317438617 cites W2765091807 @default.
- W4317438617 cites W2774451901 @default.
- W4317438617 cites W2779310041 @default.
- W4317438617 cites W2783689787 @default.
- W4317438617 cites W2801174997 @default.
- W4317438617 cites W2807369076 @default.
- W4317438617 cites W2809659047 @default.
- W4317438617 cites W2883718429 @default.
- W4317438617 cites W2888002060 @default.
- W4317438617 cites W2903835006 @default.
- W4317438617 cites W2907767591 @default.
- W4317438617 cites W2949925720 @default.
- W4317438617 cites W2961905436 @default.
- W4317438617 cites W2969696748 @default.
- W4317438617 cites W2976781048 @default.
- W4317438617 cites W2983643860 @default.
- W4317438617 cites W2995096277 @default.
- W4317438617 cites W3005328676 @default.
- W4317438617 cites W3008474552 @default.
- W4317438617 cites W3011226433 @default.
- W4317438617 cites W3025935277 @default.
- W4317438617 cites W3028325036 @default.
- W4317438617 cites W3042799963 @default.
- W4317438617 cites W3090785237 @default.
- W4317438617 cites W3126329804 @default.
- W4317438617 cites W3161363313 @default.
- W4317438617 cites W3186591425 @default.
- W4317438617 doi "https://doi.org/10.1016/b978-0-323-90463-6.00003-8" @default.
- W4317438617 hasPublicationYear "2023" @default.
- W4317438617 type Work @default.