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• W3157366906 endingPage "127369" @default.
• W3157366906 startingPage "127369" @default.
• W3157366906 abstract "Ammonia removal and recovery from wastewater have been a critical issue worldwide and a key to achieve a sustainable nitrogen cycle and circular economy . Conventional ammonia removal via air stripping needs pH adjustment pretreatment with chemical additives while electrokinetic technologies can provide electrochemically in-situ pH control without chemicals needed. The integration of electrokinetic and air stripping technologies is a potential process for the simultaneous removal/recovery of ammonia/ammonium from wastewater. This study consolidates research findings of the separate research domains of electrokinetic and air stripping technologies and aims to identify an integrated process for the simultaneous nitrogen removal/recovery from waste streams. Process integration involves research on improved ammonia removal efficiencies and liquid side mass transfer performances using innovative air stripping system designs and gas-liquid contactors, e.g., rotating packed beds and membrane contactors , compared with the conventional stripping tower process. Findings in the applications and performances of electrokinetic separation processes, including electrodialysis , electrodeionization, capacitive deionization , electrochemical cell , and bio-electrochemical systems, on the removal/recovery of ammonia/ammonium, are a crucial link to integration as well. Energy consumptions between 5–20.4 kWh/kg–NH 4 -N with a removal ratio of around 90% for electrokinetic processes are currently achievable, and some groups can be implemented on the biodegradable organic substrates from urine. Innovative hybrid technologies of ammonia nitrogen removal/recovery with energy production and co-product valorization that reduce the overall cost and energy consumption via integrated processes optimization, and discussions on the environmental impact assessment (via life cycle assessment) and economic benefit analysis (via techno-economic analysis) of ammonia recovery practices on waste streams are investigated. • Advanced NH 3 stripping processes enhance the gas-liquid mass transfer rate. • Energy-efficient electrokinetic processes facilitate NH 4 + /NH 3 recovery. • Novel hybrid technology for NH 4 + /NH 3 recovery and energy production was discussed. • Establishes a sustainable nitrogen cycle to promote environmental and economic benefits." @default.
• W3157366906 created "2021-05-10" @default.
• W3157366906 creator A5009552579 @default.
• W3157366906 creator A5022665839 @default.
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• W3157366906 creator A5029968994 @default.
• W3157366906 creator A5037198882 @default.
• W3157366906 creator A5057968903 @default.
• W3157366906 date "2021-08-01" @default.
• W3157366906 modified "2023-10-16" @default.
• W3157366906 title "Advanced ammonia nitrogen removal and recovery technology using electrokinetic and stripping process towards a sustainable nitrogen cycle: A review" @default.
• W3157366906 cites W1879254327 @default.
• W3157366906 cites W1964387509 @default.
• W3157366906 cites W1964827711 @default.
• W3157366906 cites W1966053150 @default.
• W3157366906 cites W1966979515 @default.
• W3157366906 cites W1971695973 @default.
• W3157366906 cites W1974096828 @default.
• W3157366906 cites W1977691010 @default.
• W3157366906 cites W1979340758 @default.
• W3157366906 cites W1980510832 @default.
• W3157366906 cites W1987646054 @default.
• W3157366906 cites W1990642185 @default.
• W3157366906 cites W1991685906 @default.
• W3157366906 cites W1993101675 @default.
• W3157366906 cites W1997759057 @default.
• W3157366906 cites W2000082530 @default.
• W3157366906 cites W2003682914 @default.
• W3157366906 cites W2006275055 @default.
• W3157366906 cites W2008367061 @default.
• W3157366906 cites W2008484484 @default.
• W3157366906 cites W2012270576 @default.
• W3157366906 cites W2012535341 @default.
• W3157366906 cites W2013308788 @default.
• W3157366906 cites W2017138503 @default.
• W3157366906 cites W2017363730 @default.
• W3157366906 cites W2017494038 @default.
• W3157366906 cites W2032534095 @default.
• W3157366906 cites W2033199277 @default.
• W3157366906 cites W2034815644 @default.
• W3157366906 cites W2037584653 @default.
• W3157366906 cites W2040159971 @default.
• W3157366906 cites W2042572782 @default.
• W3157366906 cites W2045379692 @default.
• W3157366906 cites W2047588013 @default.
• W3157366906 cites W2049241013 @default.
• W3157366906 cites W2052361757 @default.
• W3157366906 cites W2053282904 @default.
• W3157366906 cites W2054334710 @default.
• W3157366906 cites W2056678895 @default.
• W3157366906 cites W2057876134 @default.
• W3157366906 cites W2058550134 @default.
• W3157366906 cites W2059038829 @default.
• W3157366906 cites W2063777275 @default.
• W3157366906 cites W2065413493 @default.
• W3157366906 cites W2066317041 @default.
• W3157366906 cites W2066946961 @default.
• W3157366906 cites W2067298745 @default.
• W3157366906 cites W2067409444 @default.
• W3157366906 cites W2067696785 @default.
• W3157366906 cites W2070919621 @default.
• W3157366906 cites W2074868396 @default.
• W3157366906 cites W2075470790 @default.
• W3157366906 cites W2077028674 @default.
• W3157366906 cites W2083369255 @default.
• W3157366906 cites W2083594164 @default.
• W3157366906 cites W2090973674 @default.
• W3157366906 cites W2092272424 @default.
• W3157366906 cites W2110988342 @default.
• W3157366906 cites W2111663600 @default.
• W3157366906 cites W2115543141 @default.
• W3157366906 cites W2116281269 @default.
• W3157366906 cites W2117045545 @default.
• W3157366906 cites W2118986377 @default.
• W3157366906 cites W2129085892 @default.
• W3157366906 cites W2130740162 @default.
• W3157366906 cites W2144473544 @default.
• W3157366906 cites W2144764490 @default.
• W3157366906 cites W2146323422 @default.
• W3157366906 cites W2157600463 @default.
• W3157366906 cites W2161503031 @default.
• W3157366906 cites W2165194448 @default.
• W3157366906 cites W2176460023 @default.
• W3157366906 cites W2186406171 @default.
• W3157366906 cites W2197991955 @default.
• W3157366906 cites W2256390892 @default.
• W3157366906 cites W2304687573 @default.
• W3157366906 cites W2304761064 @default.
• W3157366906 cites W2306940058 @default.
• W3157366906 cites W2313684280 @default.
• W3157366906 cites W2314035882 @default.
• W3157366906 cites W2317258031 @default.
• W3157366906 cites W2317517988 @default.
• W3157366906 cites W2407879595 @default.
• W3157366906 cites W2415130116 @default.
• W3157366906 cites W2460942442 @default.
• W3157366906 cites W2462626189 @default.
• W3157366906 cites W2479100805 @default.

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