FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2913503739> ?p ?o ?g. }

• W2913503739 abstract "Being constituents of the effluents of many industries, heavy metals cause severe environmental pollution due to their recalcitrance and persistence in the environment. Conventional remediation strategies used to treat heavy metals loaded wastewater are neither economical nor environmentally friendly. To overcome these challenges, the rise of a new process that combines energy conservation and recovery was mandatory. Microbial fuel cells have been recognized as an emerging technology to mitigate environmental pollution; it provides a solution to wastewater treatment and the removal and/or recovery of heavy metals. Microbial fuel cells can be defined as bioelectrochemical systems that utilize the catalytic activity of microorganisms organized in biofilms to oxidize organic or inorganic compounds by producing electric current thus providing a new opportunity for sustainable energy production and bioremediation. The removal of metals, such as chromium, vanadium, arsenic, copper, silver and gold has been studied using both single and double chambered MFCs. The fact that some heavy metals have high redox potential makes it possible to utilize them as effective electron acceptors instead of oxygen in the cathodic chamber of microbial fuel cells. Biotic/Abiotic cathode chambers can not only remove but also recover heavy metals. However, a number of challenges such us: low production rates and limited efficiencies make the application of this technology restricted to lab scale only. In this chapter, we review the treatment of metal-containing effluents using microbial fuel cells. We’ll first summarize the principle of metal removal/recovery in microbial fuel cells, and then provide an overview of literature that attempted to treat metal loaded effluents in both single and double chambered microbial fuel cells while discussing power output, heavy metal removal efficiency and mechanisms involved in the process. Furthermore, the primary challenges and opportunities for scaling-up of microbial fuel cells and their future applications in the treatment of heavy metals contaminated wastewater will be outlined." @default.
• W2913503739 created "2019-02-21" @default.
• W2913503739 creator A5000425265 @default.
• W2913503739 creator A5036486086 @default.
• W2913503739 creator A5056144165 @default.
• W2913503739 creator A5060940266 @default.
• W2913503739 date "2019-01-30" @default.
• W2913503739 modified "2023-10-17" @default.
• W2913503739 title "Challenges of Microbial Fuel Cell Architecture on Heavy Metal Recovery and Removal From Wastewater" @default.
• W2913503739 cites W1484564235 @default.
• W2913503739 cites W1491190835 @default.
• W2913503739 cites W1963804449 @default.
• W2913503739 cites W1969763329 @default.
• W2913503739 cites W1971263473 @default.
• W2913503739 cites W1971486367 @default.
• W2913503739 cites W1972787508 @default.
• W2913503739 cites W1975550418 @default.
• W2913503739 cites W1981378625 @default.
• W2913503739 cites W1989733198 @default.
• W2913503739 cites W1991970296 @default.
• W2913503739 cites W2001632673 @default.
• W2913503739 cites W2002443495 @default.
• W2913503739 cites W2002886012 @default.
• W2913503739 cites W2007881403 @default.
• W2913503739 cites W2009440916 @default.
• W2913503739 cites W2010511082 @default.
• W2913503739 cites W2011757290 @default.
• W2913503739 cites W2017895675 @default.
• W2913503739 cites W2019254651 @default.
• W2913503739 cites W2021406552 @default.
• W2913503739 cites W2025335260 @default.
• W2913503739 cites W2029425561 @default.
• W2913503739 cites W2033859833 @default.
• W2913503739 cites W2037230244 @default.
• W2913503739 cites W2038011805 @default.
• W2913503739 cites W2038833197 @default.
• W2913503739 cites W2039241535 @default.
• W2913503739 cites W2043230529 @default.
• W2913503739 cites W2043706545 @default.
• W2913503739 cites W2045024501 @default.
• W2913503739 cites W2045104474 @default.
• W2913503739 cites W2049560437 @default.
• W2913503739 cites W2053190785 @default.
• W2913503739 cites W2054083048 @default.
• W2913503739 cites W2060624476 @default.
• W2913503739 cites W2060947071 @default.
• W2913503739 cites W2063235598 @default.
• W2913503739 cites W2063281594 @default.
• W2913503739 cites W2067836597 @default.
• W2913503739 cites W2075709108 @default.
• W2913503739 cites W2080838515 @default.
• W2913503739 cites W2089320381 @default.
• W2913503739 cites W2089492425 @default.
• W2913503739 cites W2090534605 @default.
• W2913503739 cites W2102594833 @default.
• W2913503739 cites W2113536011 @default.
• W2913503739 cites W2114769310 @default.
• W2913503739 cites W2115803602 @default.
• W2913503739 cites W2115929943 @default.
• W2913503739 cites W2117293291 @default.
• W2913503739 cites W2121371127 @default.
• W2913503739 cites W2125756199 @default.
• W2913503739 cites W2128510930 @default.
• W2913503739 cites W2129658004 @default.
• W2913503739 cites W2139009159 @default.
• W2913503739 cites W2144229120 @default.
• W2913503739 cites W2147838340 @default.
• W2913503739 cites W2152876293 @default.
• W2913503739 cites W2153326273 @default.
• W2913503739 cites W2158146077 @default.
• W2913503739 cites W2166106470 @default.
• W2913503739 cites W2166566926 @default.
• W2913503739 cites W2178729298 @default.
• W2913503739 cites W2186780118 @default.
• W2913503739 cites W2193655110 @default.
• W2913503739 cites W2205542051 @default.
• W2913503739 cites W2208248370 @default.
• W2913503739 cites W2269133223 @default.
• W2913503739 cites W2282305870 @default.
• W2913503739 cites W2311054817 @default.
• W2913503739 cites W2315311738 @default.
• W2913503739 cites W2322608567 @default.
• W2913503739 cites W2341947412 @default.
• W2913503739 cites W2343694517 @default.
• W2913503739 cites W2394826449 @default.
• W2913503739 cites W2411446016 @default.
• W2913503739 cites W2516025357 @default.
• W2913503739 cites W2524173871 @default.
• W2913503739 cites W2528514163 @default.
• W2913503739 cites W2546716249 @default.
• W2913503739 cites W2559467317 @default.
• W2913503739 cites W2559954988 @default.
• W2913503739 cites W2563767162 @default.
• W2913503739 cites W2581060618 @default.
• W2913503739 cites W2589670946 @default.
• W2913503739 cites W2590895787 @default.
• W2913503739 cites W2593086966 @default.
• W2913503739 cites W2604443026 @default.
• W2913503739 cites W2604866384 @default.
• W2913503739 cites W2610377209 @default.

• next