r采用高效填料的新型生物接触氧化法doc

110%[1]..QQ79195751920583TAG:????110%[1]JW-GJW-S22.1JW-PPR15~20d112.2JW-223150m3/d300m3/d121200415~17mg/LCODcrBOD5SSLAS370.2170.322410.0444.842.96747.417.030.21.406.090.218%87.290.086.686.186.492.7100207010155.02200415~17mg/LCODcrBOD5SSLAS455.6130.121428.47.791.28554.118.2354.20.100.149%88.18683.685.288.498.71002070105.0151280%GB5084-199620041141.06/m35pHCODcrBOD5SS336(0.51.0)1711[23]SSCODcrJW-1000m/g5~628JW-99.112341.52.0h(48h)(1520h)569.2121010.110m0.1~2m100m10.2CODcrBOD510.312310.41111.1GJW-S10~200415360d11.211.2.12311.2.212pHpHpHpHpHpH6.5-9.5315~20d3012=101+125.75=226.75=300+1501.06=477/d=1.6450=720/d=0.5150+1.1300=405/d=720+405477=648/d=226.75104/648/d360d=9.7a131.06/m31...1994.6~7.2.A.Mann,et,al.Performanceoffloatingandsunkenmediabiologicalaeratedfiltersunderunsteadystatecondition.Wat.Res.,1999.33(4):1108~1113.3.A.Mann,et,al.Acomparisonoffloatingandsunkenmediabiologicalaeratedfiltersfornitrification.J.Chem.Techn.Biotech.,1998.72:273~279.