Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385356685> ?p ?o ?g. }
- W4385356685 endingPage "2260" @default.
- W4385356685 startingPage "2260" @default.
- W4385356685 abstract "Perfluorooctane sulfonate (PFOS) and perfluorooctanoic acid (PFOA) are a category of persistent, non-degradable pollutants that are widespread in the environment and in humans. They have attracted considerable attention due to their high bioaccumulation, multiple toxicities, long-term stability, and, in particular, their effects on human health. Therefore, there is an urgent need for highly efficient technologies and systematic mechanisms for the degradation of PFOS and PFOA. Therefore, we summarize four mainstream technologies for the degradation of PFOS and PFOA in water and their research progress in this review, namely adsorption, advanced oxidation processes, microbial treatment, and membrane separation. Among them, adsorption technology is the earliest and relatively mature, the advanced oxidation process has relatively high treatment efficiency, there are deep and broad development prospects for microbial treatment in the future, and membrane separation technology can recycle raw materials and help to save resources. Based on the analysis of the advantages and disadvantages of the existing technologies, the development prospect of reasonable optimization technology is prospected, with a view to providing a practical scientific reference for the research and engineering practice of PFOS and PFOA pollution control in China." @default.
- W4385356685 created "2023-07-29" @default.
- W4385356685 creator A5004403611 @default.
- W4385356685 creator A5005074250 @default.
- W4385356685 creator A5005260055 @default.
- W4385356685 creator A5025202068 @default.
- W4385356685 creator A5034904172 @default.
- W4385356685 creator A5040037605 @default.
- W4385356685 creator A5045839676 @default.
- W4385356685 creator A5049990376 @default.
- W4385356685 creator A5052214220 @default.
- W4385356685 date "2023-07-27" @default.
- W4385356685 modified "2023-09-26" @default.
- W4385356685 title "A Review of Treatment Technologies for Perfluorooctane Sulfonate (PFOS) and Perfluorooctanoic Acid (PFOA) in Water" @default.
- W4385356685 cites W1747894519 @default.
- W4385356685 cites W1965117379 @default.
- W4385356685 cites W1970688016 @default.
- W4385356685 cites W1971586302 @default.
- W4385356685 cites W1972809876 @default.
- W4385356685 cites W1983228601 @default.
- W4385356685 cites W1992339039 @default.
- W4385356685 cites W1992876896 @default.
- W4385356685 cites W1994150580 @default.
- W4385356685 cites W1996730684 @default.
- W4385356685 cites W1996801451 @default.
- W4385356685 cites W2012031655 @default.
- W4385356685 cites W2016627968 @default.
- W4385356685 cites W2040001432 @default.
- W4385356685 cites W2041192947 @default.
- W4385356685 cites W2061560561 @default.
- W4385356685 cites W2061863188 @default.
- W4385356685 cites W2071712669 @default.
- W4385356685 cites W2080824589 @default.
- W4385356685 cites W2083939576 @default.
- W4385356685 cites W2088635029 @default.
- W4385356685 cites W2096167574 @default.
- W4385356685 cites W2106163978 @default.
- W4385356685 cites W2106171999 @default.
- W4385356685 cites W2130430185 @default.
- W4385356685 cites W2220876274 @default.
- W4385356685 cites W2466788797 @default.
- W4385356685 cites W2554743442 @default.
- W4385356685 cites W2590120057 @default.
- W4385356685 cites W2611005067 @default.
- W4385356685 cites W2617458443 @default.
- W4385356685 cites W2625353717 @default.
- W4385356685 cites W2626772766 @default.
- W4385356685 cites W2727057611 @default.
- W4385356685 cites W2746728159 @default.
- W4385356685 cites W2754724016 @default.
- W4385356685 cites W2793502149 @default.
- W4385356685 cites W2796039790 @default.
- W4385356685 cites W2801681351 @default.
- W4385356685 cites W2802819710 @default.
- W4385356685 cites W2899170331 @default.
- W4385356685 cites W2916635308 @default.
- W4385356685 cites W2942323812 @default.
- W4385356685 cites W2964208963 @default.
- W4385356685 cites W2971895957 @default.
- W4385356685 cites W2972307078 @default.
- W4385356685 cites W2973593059 @default.
- W4385356685 cites W2980340368 @default.
- W4385356685 cites W2995462441 @default.
- W4385356685 cites W2996191502 @default.
- W4385356685 cites W3026958929 @default.
- W4385356685 cites W3090868946 @default.
- W4385356685 cites W3111091257 @default.
- W4385356685 cites W3118117276 @default.
- W4385356685 cites W3119811652 @default.
- W4385356685 cites W3125326353 @default.
- W4385356685 cites W3128735122 @default.
- W4385356685 cites W3155217210 @default.
- W4385356685 cites W3172019206 @default.
- W4385356685 cites W3176766197 @default.
- W4385356685 cites W3199627217 @default.
- W4385356685 cites W3199820739 @default.
- W4385356685 cites W3200048769 @default.
- W4385356685 cites W3205722530 @default.
- W4385356685 cites W3206738906 @default.
- W4385356685 cites W3214789177 @default.
- W4385356685 cites W4205499901 @default.
- W4385356685 cites W4207050071 @default.
- W4385356685 cites W4210516073 @default.
- W4385356685 cites W4210609923 @default.
- W4385356685 cites W4213067814 @default.
- W4385356685 cites W4213313020 @default.
- W4385356685 cites W4287511350 @default.
- W4385356685 cites W4293767751 @default.
- W4385356685 cites W4295745508 @default.
- W4385356685 cites W4308957809 @default.
- W4385356685 cites W4310103751 @default.
- W4385356685 cites W4311102716 @default.
- W4385356685 cites W4316127098 @default.
- W4385356685 cites W4322767534 @default.
- W4385356685 cites W4323074379 @default.
- W4385356685 cites W4367056928 @default.
- W4385356685 doi "https://doi.org/10.3390/pr11082260" @default.
- W4385356685 hasPublicationYear "2023" @default.