Matches in SemOpenAlex for { <https://semopenalex.org/work/W4206474361> ?p ?o ?g. }
- W4206474361 endingPage "4181" @default.
- W4206474361 startingPage "4171" @default.
- W4206474361 abstract "Although reclaimed wastewater drip irrigation (RWDI) is an effective technology for alleviating agricultural crop water stress and protecting the environment, the reclaimed wastewater (RW) may cause emitter clogging. Discharge ratio variation (Dra) and coefficient of uniformity (CU) play a key role in exploring the clogging degree of the emitter. Therefore, a meta-analysis was conducted to identify optimal management methods with an acceptable Dra and CU under RWDI.The results indicate that the higher the concentration of various substances in RW, the higher is the risk of the emitter clogging. Suitable concentrations of iron (Fe), manganese (Mn), total suspended solids (TSS), chemical oxygen demand (COD), water hardness and calcium ions (Ca2+ ) in RW were determined to be 0-0.2, 0-0.02, 0-50, 20-30, 200-250 and 0-40 mg L-1 , respectively. Pressure-compensating emitters with relatively high discharge (>2 L h-1 ) could prevent clogging in RWDI systems.Based on the data analysis, a cumulative RWDI operation time of 375 h was determined as the most suitable time for lateral flushing to prevent clogging. This study identifies the conditions under which an increase in the service life of RWDI systems can be achieved. © 2022 Society of Chemical Industry." @default.
- W4206474361 created "2022-01-25" @default.
- W4206474361 creator A5004537229 @default.
- W4206474361 creator A5037639258 @default.
- W4206474361 creator A5050832166 @default.
- W4206474361 date "2022-01-22" @default.
- W4206474361 modified "2023-10-16" @default.
- W4206474361 title "Emitter clogging characteristics under reclaimed wastewater drip irrigation: a meta‐analysis" @default.
- W4206474361 cites W1206338498 @default.
- W4206474361 cites W1755693236 @default.
- W4206474361 cites W1967876328 @default.
- W4206474361 cites W1968403192 @default.
- W4206474361 cites W1971039052 @default.
- W4206474361 cites W1974206127 @default.
- W4206474361 cites W1978157711 @default.
- W4206474361 cites W1985832049 @default.
- W4206474361 cites W1986529679 @default.
- W4206474361 cites W1988637290 @default.
- W4206474361 cites W2004984162 @default.
- W4206474361 cites W2019754517 @default.
- W4206474361 cites W2023801686 @default.
- W4206474361 cites W2027054352 @default.
- W4206474361 cites W2028473504 @default.
- W4206474361 cites W2030213360 @default.
- W4206474361 cites W2030873609 @default.
- W4206474361 cites W2043778196 @default.
- W4206474361 cites W2044020047 @default.
- W4206474361 cites W2049016775 @default.
- W4206474361 cites W2050515548 @default.
- W4206474361 cites W2071099476 @default.
- W4206474361 cites W2073305319 @default.
- W4206474361 cites W2074494896 @default.
- W4206474361 cites W2083514892 @default.
- W4206474361 cites W2113176434 @default.
- W4206474361 cites W2121410646 @default.
- W4206474361 cites W2124080601 @default.
- W4206474361 cites W2131584527 @default.
- W4206474361 cites W2137451667 @default.
- W4206474361 cites W2166229694 @default.
- W4206474361 cites W2209998815 @default.
- W4206474361 cites W2319168310 @default.
- W4206474361 cites W2347952140 @default.
- W4206474361 cites W2414062728 @default.
- W4206474361 cites W2498611389 @default.
- W4206474361 cites W2521224997 @default.
- W4206474361 cites W2604152636 @default.
- W4206474361 cites W2626775823 @default.
- W4206474361 cites W2736167053 @default.
- W4206474361 cites W2754805911 @default.
- W4206474361 cites W2765658516 @default.
- W4206474361 cites W2766282120 @default.
- W4206474361 cites W2769214662 @default.
- W4206474361 cites W2793765401 @default.
- W4206474361 cites W2803758069 @default.
- W4206474361 cites W2803888122 @default.
- W4206474361 cites W2886235782 @default.
- W4206474361 cites W2941920294 @default.
- W4206474361 cites W2959899492 @default.
- W4206474361 cites W2967023234 @default.
- W4206474361 cites W2975996432 @default.
- W4206474361 cites W3008749820 @default.
- W4206474361 cites W3012280761 @default.
- W4206474361 cites W3032920543 @default.
- W4206474361 cites W3082439013 @default.
- W4206474361 cites W3084047205 @default.
- W4206474361 cites W3087509257 @default.
- W4206474361 cites W3090232043 @default.
- W4206474361 cites W3094702007 @default.
- W4206474361 cites W3134712493 @default.
- W4206474361 cites W3159972595 @default.
- W4206474361 cites W3175127239 @default.
- W4206474361 cites W360595192 @default.
- W4206474361 cites W875120404 @default.
- W4206474361 doi "https://doi.org/10.1002/jsfa.11766" @default.
- W4206474361 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35018656" @default.
- W4206474361 hasPublicationYear "2022" @default.
- W4206474361 type Work @default.
- W4206474361 citedByCount "2" @default.
- W4206474361 countsByYear W42064743612022 @default.
- W4206474361 countsByYear W42064743612023 @default.
- W4206474361 crossrefType "journal-article" @default.
- W4206474361 hasAuthorship W4206474361A5004537229 @default.
- W4206474361 hasAuthorship W4206474361A5037639258 @default.
- W4206474361 hasAuthorship W4206474361A5050832166 @default.
- W4206474361 hasConcept C134018914 @default.
- W4206474361 hasConcept C152453397 @default.
- W4206474361 hasConcept C166957645 @default.
- W4206474361 hasConcept C188287460 @default.
- W4206474361 hasConcept C18903297 @default.
- W4206474361 hasConcept C192562407 @default.
- W4206474361 hasConcept C19570952 @default.
- W4206474361 hasConcept C2777493420 @default.
- W4206474361 hasConcept C2778152828 @default.
- W4206474361 hasConcept C2778520758 @default.
- W4206474361 hasConcept C2780797713 @default.
- W4206474361 hasConcept C39432304 @default.
- W4206474361 hasConcept C46918542 @default.
- W4206474361 hasConcept C49040817 @default.