FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2023971247> ?p ?o ?g. }

• W2023971247 endingPage "54" @default.
• W2023971247 startingPage "39" @default.
• W2023971247 abstract "Where subsurface drainage practices are employed, fertilizer nutrients and pesticides applied on farm fields and municipal locations are commonly intercepted by the buried drainage pipes and then discharged into local streams and lakes, oftentimes producing adverse environmental impacts on these surface water bodies. Various filter materials have the potential to remove nutrient and pesticide contaminants from subsurface drainage waters before these waters are released offsite. For this study, laboratory batch tests were conducted to evaluate the contaminant removal effectiveness and efficiency of five potential filter materials. The five materials, isolated from previous screening tests, were steam activated carbon, high calcium oxide - high carbon fly ash, iron sulfide, sulfur-modified iron, and surfactant-modified zeolite. Filter material effectiveness was tested against initial contaminant solution concentrations that varied between 10 and 200 mg L-1 for nitrate-N, 0.1 and 1.0 mg L-1 for phosphate-P, and 0.1 and 0.5 mg L-1 for atrazine, while filter material efficiency was evaluated with respect to exposure time by varying test durations from 1 to 24 h. Sulfur-modified iron proved best for treating nitrate, based on reductions greater than 95% across the range of initial concentration levels and exposure times. Surfactant-modified zeolite and high calcium oxide - high carbon fly ash affected the greatest removal of phosphate, 50% or more in all cases. For atrazine, the most promising results were obtained with steam activated carbon and high calcium oxide - high carbon fly ash, which removed almost 100% of this particular pesticide regardless of initial concentration level and exposure time. Consequently, there are several filter materials, when used either alone or in combination, that show promise for removing mixed contaminants from subsurface drainage water; however, more laboratory testing followed by field experiments are needed to completely evaluate their feasibility for widespread use." @default.
• W2023971247 created "2016-06-24" @default.
• W2023971247 creator A5044690403 @default.
• W2023971247 date "2010-01-01" @default.
• W2023971247 modified "2023-10-14" @default.
• W2023971247 title "Laboratory Batch Test Evaluation of Five Filter Materials for Removal of Nutrients and Pesticides from Drainage Waters" @default.
• W2023971247 cites W1480562807 @default.
• W2023971247 cites W1484531776 @default.
• W2023971247 cites W1522450455 @default.
• W2023971247 cites W1535815942 @default.
• W2023971247 cites W1539227095 @default.
• W2023971247 cites W1541621824 @default.
• W2023971247 cites W1591787667 @default.
• W2023971247 cites W1599334980 @default.
• W2023971247 cites W1607187478 @default.
• W2023971247 cites W1852278094 @default.
• W2023971247 cites W1968530384 @default.
• W2023971247 cites W1971055858 @default.
• W2023971247 cites W1973773969 @default.
• W2023971247 cites W1981337425 @default.
• W2023971247 cites W1989025106 @default.
• W2023971247 cites W1990139178 @default.
• W2023971247 cites W1992491228 @default.
• W2023971247 cites W1995239399 @default.
• W2023971247 cites W1996210836 @default.
• W2023971247 cites W1997064516 @default.
• W2023971247 cites W1997778164 @default.
• W2023971247 cites W1998599221 @default.
• W2023971247 cites W2000732633 @default.
• W2023971247 cites W2002642628 @default.
• W2023971247 cites W2004001981 @default.
• W2023971247 cites W2007094175 @default.
• W2023971247 cites W2009693627 @default.
• W2023971247 cites W2010924871 @default.
• W2023971247 cites W2011411907 @default.
• W2023971247 cites W2011729843 @default.
• W2023971247 cites W2021544859 @default.
• W2023971247 cites W2024188776 @default.
• W2023971247 cites W2025030867 @default.
• W2023971247 cites W2026396142 @default.
• W2023971247 cites W2029804589 @default.
• W2023971247 cites W2038854299 @default.
• W2023971247 cites W2043516245 @default.
• W2023971247 cites W2048839773 @default.
• W2023971247 cites W2051891346 @default.
• W2023971247 cites W2052362769 @default.
• W2023971247 cites W2052584803 @default.
• W2023971247 cites W2054164509 @default.
• W2023971247 cites W2057040667 @default.
• W2023971247 cites W2060457478 @default.
• W2023971247 cites W2063034236 @default.
• W2023971247 cites W2065720021 @default.
• W2023971247 cites W2067198260 @default.
• W2023971247 cites W2068340902 @default.
• W2023971247 cites W2068853101 @default.
• W2023971247 cites W2069023251 @default.
• W2023971247 cites W2071899444 @default.
• W2023971247 cites W2072978091 @default.
• W2023971247 cites W2076188975 @default.
• W2023971247 cites W2078491621 @default.
• W2023971247 cites W2078814882 @default.
• W2023971247 cites W2082090396 @default.
• W2023971247 cites W2084262312 @default.
• W2023971247 cites W2084683667 @default.
• W2023971247 cites W2087303244 @default.
• W2023971247 cites W2087686930 @default.
• W2023971247 cites W2092832954 @default.
• W2023971247 cites W2095149088 @default.
• W2023971247 cites W2114645868 @default.
• W2023971247 cites W2122679164 @default.
• W2023971247 cites W2131327442 @default.
• W2023971247 cites W2134252617 @default.
• W2023971247 cites W2142211683 @default.
• W2023971247 cites W2151795426 @default.
• W2023971247 cites W2161668441 @default.
• W2023971247 cites W2163518392 @default.
• W2023971247 cites W2164999401 @default.
• W2023971247 cites W2165887442 @default.
• W2023971247 cites W2167043415 @default.
• W2023971247 cites W2171793843 @default.
• W2023971247 cites W2186185931 @default.
• W2023971247 cites W2489430845 @default.
• W2023971247 cites W2921659422 @default.
• W2023971247 cites W40689847 @default.
• W2023971247 cites W68194829 @default.
• W2023971247 doi "https://doi.org/10.13031/2013.29501" @default.
• W2023971247 hasPublicationYear "2010" @default.
• W2023971247 type Work @default.
• W2023971247 sameAs 2023971247 @default.
• W2023971247 citedByCount "10" @default.
• W2023971247 countsByYear W20239712472013 @default.
• W2023971247 countsByYear W20239712472015 @default.
• W2023971247 countsByYear W20239712472016 @default.
• W2023971247 countsByYear W20239712472017 @default.
• W2023971247 countsByYear W20239712472018 @default.
• W2023971247 countsByYear W20239712472019 @default.
• W2023971247 countsByYear W20239712472020 @default.
• W2023971247 countsByYear W20239712472021 @default.

• next