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典型文献
Experimental Investigation on Saline Water Purification Using Reverse Osmosis by a Novus Biomimetic Membrane
文献摘要:
A substantial amount of Earth's water is inadequate for human consumption while local demand is outstripping traditional supplies in many world regions;thereby,brackish and seawater treatment has become a prerequisite.This investigation suggested a complete design of an RO-based desalination filter with a multilayer biomimetic membrane.The study dem-onstrated a comprehensive method for experimentally fabricating a proprietary biomaterial-based multilayer nano-porous membrane.This analysis revealed that Silk Nano-Fibril(SNF)and Hydroxyapatite(HAP)extracted from Bombyx Mori silkworm cocoons may be utilized to manufacture highly methodical multilayer membranes by incorporating protein-self-assembly and in-situ-bio-mineralization.Membrane's aquaporin layer containing lipid-bilayers has rapid water permeability and high efficacy at eliminating salt ions and contaminants.The 4 μm thick SNF/HAP membrane showed a considerable decrease in salinity,with a salt rejection of 93.33%.The proposed membrane had a saline water permeability of 6.58 LMH/bar,almost 61.09%higher than conventional TFC membranes.Hydrophobic barrier and spiral-wrapped filter architecture of the membrane enable low fouling and self-cleaning properties.The schematic filter design and biomimetic fabrication of the SNF/HAP membrane have formulated a conceptual framework that might direct to the broad-scale,low-cost RO water purification filters,increasing the efficiency of water desalination and boosting the effectiveness of water treatment technolo-gies to reduce potable water scarcity.
文献关键词:
作者姓名:
Yasin Edmam Iman;Nadim Ahmed;Sayed Abul Monsur Anachh;Kazi Abu Manjur
作者机构:
Department of Civil Engineering,Mymensingh Engineering College,University of Dhaka,Mymensingh 2208,Bangladesh;Department of Civil Engineering,Dhaka University of Engineering&Technology,Gazipur 1707,Bangladesh
引用格式:
[1]Yasin Edmam Iman;Nadim Ahmed;Sayed Abul Monsur Anachh;Kazi Abu Manjur-.Experimental Investigation on Saline Water Purification Using Reverse Osmosis by a Novus Biomimetic Membrane)[J].仿生工程学报(英文版),2022(03):816-836
A类:
Novus,outstripping,Fibril,cocoons,methodical
B类:
Experimental,Investigation,Saline,Water,Purification,Using,Reverse,Osmosis,Biomimetic,Membrane,substantial,amount,Earth,inadequate,human,consumption,while,local,demand,traditional,supplies,many,world,regions,thereby,brackish,seawater,treatment,has,become,prerequisite,This,investigation,suggested,complete,design,RO,desalination,multilayer,biomimetic,study,onstrated,comprehensive,experimentally,fabricating,proprietary,biomaterial,nano,porous,analysis,revealed,that,Silk,Nano,SNF,Hydroxyapatite,HAP,extracted,from,Bombyx,Mori,silkworm,may,utilized,manufacture,highly,membranes,incorporating,protein,self,assembly,situ,mineralization,aquaporin,containing,lipid,bilayers,rapid,permeability,efficacy,eliminating,salt,contaminants,thick,showed,considerable,decrease,salinity,rejection,proposed,had,saline,LMH,almost,higher,than,conventional,TFC,Hydrophobic,barrier,spiral,wrapped,architecture,enable,low,fouling,cleaning,properties,schematic,fabrication,have,formulated,conceptual,framework,might,direct,broad,scale,cost,purification,filters,increasing,efficiency,boosting,effectiveness,technolo,gies,reduce,potable,scarcity
AB值:
0.661937
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