Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201055183> ?p ?o ?g. }
- W3201055183 endingPage "113696" @default.
- W3201055183 startingPage "113696" @default.
- W3201055183 abstract "Electrocoagulation (ECoag) technique has shown considerable potential as an effective method in separating different types of pollutants (including inorganic pollutants) from various sources of water at a lower cost, and that is environmentally friendly. The EC method's performance depends on several significant parameters, including current density, reactor geometry, pH, operation time, the gap between electrodes, and agitation speed. There are some challenges related to the ECoag technique, for example, energy consumption, and electrode passivation as well as its implementation at a larger scale. This review highlights the recent studies published about ECoag capacity to remove inorganic pollutants (including salts), the emerging reactors, and the effect of reactor geometry designs. In addition, this paper highlights the integration of the ECoag technique with other advanced technologies such as microwave and ultrasonic to achieve higher removal efficiencies. This paper also presents a critical discussion of the major and minor reactions of the electrocoagulation technique with several significant operational parameters, emerging designs of the ECoag cell, operating conditions, and techno-economic analysis. Our review concluded that optimizing the operating parameters significantly enhanced the efficiency of the ECoag technique and reduced overall operating costs. Electrodes geometry has been recommended to minimize the passivation phenomenon, promote the conductivity of the cell, and reduce energy consumption. In this review, several challenges and gaps were identified, and insights for future development were discussed. We recommend that future studies investigate the effect of other emerging parameters like perforated and ball electrodes on the ECoag technique." @default.
- W3201055183 created "2021-09-27" @default.
- W3201055183 creator A5021148033 @default.
- W3201055183 creator A5074039030 @default.
- W3201055183 date "2021-12-01" @default.
- W3201055183 modified "2023-10-17" @default.
- W3201055183 title "Removal of inorganic pollutants using electrocoagulation technology: A review of emerging applications and mechanisms" @default.
- W3201055183 cites W1019287748 @default.
- W3201055183 cites W1967378612 @default.
- W3201055183 cites W1975819020 @default.
- W3201055183 cites W1979743101 @default.
- W3201055183 cites W1986851656 @default.
- W3201055183 cites W1990691849 @default.
- W3201055183 cites W1992983340 @default.
- W3201055183 cites W1995220086 @default.
- W3201055183 cites W1995959400 @default.
- W3201055183 cites W1997318499 @default.
- W3201055183 cites W2003503036 @default.
- W3201055183 cites W2005100750 @default.
- W3201055183 cites W2009397794 @default.
- W3201055183 cites W2013374049 @default.
- W3201055183 cites W2015408040 @default.
- W3201055183 cites W2015784895 @default.
- W3201055183 cites W2016400412 @default.
- W3201055183 cites W2016775419 @default.
- W3201055183 cites W2023044634 @default.
- W3201055183 cites W2029391435 @default.
- W3201055183 cites W2030994851 @default.
- W3201055183 cites W2036654969 @default.
- W3201055183 cites W2040514404 @default.
- W3201055183 cites W2043153405 @default.
- W3201055183 cites W2043260431 @default.
- W3201055183 cites W2048252177 @default.
- W3201055183 cites W2050551723 @default.
- W3201055183 cites W2053094162 @default.
- W3201055183 cites W2057162097 @default.
- W3201055183 cites W2059562650 @default.
- W3201055183 cites W2062793547 @default.
- W3201055183 cites W2065996505 @default.
- W3201055183 cites W2068415569 @default.
- W3201055183 cites W2073325616 @default.
- W3201055183 cites W2075516547 @default.
- W3201055183 cites W2077329198 @default.
- W3201055183 cites W2082411430 @default.
- W3201055183 cites W2083997223 @default.
- W3201055183 cites W2084721017 @default.
- W3201055183 cites W2087775834 @default.
- W3201055183 cites W2091199834 @default.
- W3201055183 cites W2098159707 @default.
- W3201055183 cites W2107490384 @default.
- W3201055183 cites W2173183162 @default.
- W3201055183 cites W2241394862 @default.
- W3201055183 cites W2258815532 @default.
- W3201055183 cites W2322963601 @default.
- W3201055183 cites W2327446697 @default.
- W3201055183 cites W2408921837 @default.
- W3201055183 cites W2502596748 @default.
- W3201055183 cites W2546092649 @default.
- W3201055183 cites W2549520433 @default.
- W3201055183 cites W2550197504 @default.
- W3201055183 cites W2565122434 @default.
- W3201055183 cites W2582033437 @default.
- W3201055183 cites W2591009363 @default.
- W3201055183 cites W2592471248 @default.
- W3201055183 cites W2594661192 @default.
- W3201055183 cites W2599148553 @default.
- W3201055183 cites W2600328414 @default.
- W3201055183 cites W2737690464 @default.
- W3201055183 cites W2739524806 @default.
- W3201055183 cites W2750902485 @default.
- W3201055183 cites W2756003515 @default.
- W3201055183 cites W2756202803 @default.
- W3201055183 cites W2766262823 @default.
- W3201055183 cites W2767175188 @default.
- W3201055183 cites W2768355117 @default.
- W3201055183 cites W2783077443 @default.
- W3201055183 cites W2790191230 @default.
- W3201055183 cites W2791866884 @default.
- W3201055183 cites W2800220388 @default.
- W3201055183 cites W2802099565 @default.
- W3201055183 cites W2804297053 @default.
- W3201055183 cites W2806208096 @default.
- W3201055183 cites W2806490509 @default.
- W3201055183 cites W2807752046 @default.
- W3201055183 cites W2885190870 @default.
- W3201055183 cites W2885288681 @default.
- W3201055183 cites W2885340126 @default.
- W3201055183 cites W2885419967 @default.
- W3201055183 cites W2886019063 @default.
- W3201055183 cites W2886405841 @default.
- W3201055183 cites W2889533125 @default.
- W3201055183 cites W2890991225 @default.
- W3201055183 cites W2894319581 @default.
- W3201055183 cites W2895126881 @default.
- W3201055183 cites W2897008763 @default.
- W3201055183 cites W2897666825 @default.
- W3201055183 cites W2898131905 @default.
- W3201055183 cites W2900825408 @default.