Matches in SemOpenAlex for { <https://semopenalex.org/work/W2998049430> ?p ?o ?g. }
- W2998049430 endingPage "123943" @default.
- W2998049430 startingPage "123943" @default.
- W2998049430 abstract "Recently, biochars have been proposed as highly efficient and low-cost media for the adsorptive removal of various hazardous compounds. However, there is a dearth of literature focusing on adsorption performance of biochars against gaseous volatile organic compounds (VOCs). In light of this limitation, the adsorption performances of 12 standard biochars made of six different raw materials (i.e., Miscanthus straw pellets, oil seed rape straw pellets, rice husk, sewage sludge, soft wood pellets, and wheat straw pellets) at two pyrolysis temperature conditions (i.e., 550 °C and 700 °C) were investigated against two model gaseous VOCs (i.e., benzene and methyl ethyl ketone (MEK)) at 1 Pa each. The breakthrough volume (BTV) and partition coefficient (PC) of benzene at 10% BTV, when measured for all these biochars, varied from 1.4 to 10 L atm g−1 and 6.E-04 to 1.4E-02 mol kg−1 Pa−1, respectively. Similarly, their counterpart values for MEK were 1.8 to 40 L atm g−1 and 1.E-03 to 2.E-03 mol kg−1 Pa−1, respectively. The largest adsorption capacity values for benzene (2.9 mg g−1) and MEK (43 mg g−1) were observed from the soft wood pellet biochar prepared at 700 °C (SWP700) and rice husk biochar prepared at 550 °C (RH550), respectively. The results indicate that most biochars adsorbed MEK preferentially over benzene. The adsorption of MEK appeared to be primarily influenced by surface features and composition of each specific biochar, while that of benzene was proportionate to their surface area. Overall, the results of this investigation are expected to help establish technical standards for effective removal of gaseous VOCs by biochars." @default.
- W2998049430 created "2020-01-10" @default.
- W2998049430 creator A5019885918 @default.
- W2998049430 creator A5022622581 @default.
- W2998049430 creator A5026284728 @default.
- W2998049430 creator A5061985179 @default.
- W2998049430 creator A5089054890 @default.
- W2998049430 date "2020-05-01" @default.
- W2998049430 modified "2023-10-17" @default.
- W2998049430 title "Adsorption performance of standard biochar materials against volatile organic compounds in air: A case study using benzene and methyl ethyl ketone" @default.
- W2998049430 cites W1972490236 @default.
- W2998049430 cites W1974490012 @default.
- W2998049430 cites W1975583685 @default.
- W2998049430 cites W1984953206 @default.
- W2998049430 cites W1995680098 @default.
- W2998049430 cites W1997425623 @default.
- W2998049430 cites W2006276740 @default.
- W2998049430 cites W2019740771 @default.
- W2998049430 cites W2026768637 @default.
- W2998049430 cites W2031720269 @default.
- W2998049430 cites W2033428036 @default.
- W2998049430 cites W2044250055 @default.
- W2998049430 cites W2053059088 @default.
- W2998049430 cites W2054769300 @default.
- W2998049430 cites W2064461179 @default.
- W2998049430 cites W2067468321 @default.
- W2998049430 cites W2073543990 @default.
- W2998049430 cites W2092433581 @default.
- W2998049430 cites W2116516840 @default.
- W2998049430 cites W2135778301 @default.
- W2998049430 cites W2164359872 @default.
- W2998049430 cites W2508597323 @default.
- W2998049430 cites W2509822155 @default.
- W2998049430 cites W2510555983 @default.
- W2998049430 cites W2599220542 @default.
- W2998049430 cites W2602426269 @default.
- W2998049430 cites W2612383933 @default.
- W2998049430 cites W2746835856 @default.
- W2998049430 cites W2751717812 @default.
- W2998049430 cites W2766237852 @default.
- W2998049430 cites W2787959237 @default.
- W2998049430 cites W2790884796 @default.
- W2998049430 cites W2792545912 @default.
- W2998049430 cites W2799571882 @default.
- W2998049430 cites W2801029115 @default.
- W2998049430 cites W2801983982 @default.
- W2998049430 cites W2810524590 @default.
- W2998049430 cites W2886414599 @default.
- W2998049430 cites W2887557418 @default.
- W2998049430 cites W2889840640 @default.
- W2998049430 cites W2891019851 @default.
- W2998049430 cites W2894767548 @default.
- W2998049430 cites W2898538344 @default.
- W2998049430 cites W2899021845 @default.
- W2998049430 cites W2899714870 @default.
- W2998049430 cites W2900944432 @default.
- W2998049430 cites W2901095956 @default.
- W2998049430 cites W2902025998 @default.
- W2998049430 cites W2902578865 @default.
- W2998049430 cites W2903255743 @default.
- W2998049430 cites W2904451067 @default.
- W2998049430 cites W2905011956 @default.
- W2998049430 cites W2905444728 @default.
- W2998049430 cites W2907877681 @default.
- W2998049430 cites W2909445395 @default.
- W2998049430 cites W2910031772 @default.
- W2998049430 cites W2911193323 @default.
- W2998049430 cites W2911292543 @default.
- W2998049430 cites W2911891827 @default.
- W2998049430 cites W2912415239 @default.
- W2998049430 cites W2913003525 @default.
- W2998049430 cites W2913077407 @default.
- W2998049430 cites W2913226672 @default.
- W2998049430 cites W2913613288 @default.
- W2998049430 cites W2921037014 @default.
- W2998049430 cites W2921073322 @default.
- W2998049430 cites W2921221874 @default.
- W2998049430 cites W2921495227 @default.
- W2998049430 cites W2921745024 @default.
- W2998049430 cites W2921856664 @default.
- W2998049430 cites W2923340239 @default.
- W2998049430 cites W2924079731 @default.
- W2998049430 cites W2926811873 @default.
- W2998049430 cites W2933269963 @default.
- W2998049430 cites W2940613692 @default.
- W2998049430 cites W2940665114 @default.
- W2998049430 cites W2942204579 @default.
- W2998049430 cites W2944651083 @default.
- W2998049430 cites W2944910195 @default.
- W2998049430 cites W2945023942 @default.
- W2998049430 cites W2945511070 @default.
- W2998049430 cites W2948312476 @default.
- W2998049430 cites W2948474937 @default.
- W2998049430 cites W2949006411 @default.
- W2998049430 cites W2950093938 @default.
- W2998049430 cites W2950437559 @default.
- W2998049430 cites W2951443955 @default.
- W2998049430 cites W2955042854 @default.