高速铁路站区生活污水深度处理技术研究
【文章页数】:88 页
【学位级别】:硕士
【部分图文】:
图1-3催化Fe-C内电解生物膜耦合脱氮除磷机理(A.IC-MEC,B.生物膜,C.污水)??Fig.?1-3?Mechanism?of?denitrification?and?dephosphorization?by?coupling?catalytic?Fe-C?inside??electrolysis?biofilm(A.IC-MEC,?B.?Biofilm,?C.?Sewage)??
??图1-2复合催化生物载体??Fig.?1-2?composite?catalytic?biological?carrier??N2,?C〇2??II?11?mmm^??/?以祕(5》/?f\??",:kr_i、??no2-\??I?/?2H-+?2e-?^?2[H]-^^^?....
图1-2复合催化生物载体??
、脚?1?〇2M^z??mmmrnm?_?_??图1-3催化Fe-C内电解生物膜耦合脱氮除磷机理(A.IC-MEC,B.生物膜,C.污水)??Fig.?1-3?Mechanism?of?denitrification?and?dephosphorization?by?coupli....
图1-4研宄技术路线图??Fig.?1-4?Research?technical?roadmap??14??
图2-2现场ABRFS?—体化工艺??
?载体挂膜完好??(C)??图2-1实验装置图(a.实验原理示意图b.实验室搭建的反应器c.载体生物挂膜前后对比)??Fig.2-1?Experimental?setup(a.?schematic?diagram?of?experimental?principle?b.?reac....
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