成套地下水除铁除锰装置的工艺设计

(330096):25,PH6.7200t/hFe10mg/lMn3.mg/l.,Fe0.3mg/lMn0.1mg/l.,,,,Fe0.3mg/lMn0.1mg/l:1,,,,,;,,,,,,,,,,,,,,,,,2,200t/h2.111/NTUpH610010.00mg/L6.73.00mg/L230/L2.2:GB5749,22/NTUpH3150.3mg/L6.5-8.50.1mg/L3/L33.13532007333.2,,,,4,54,,;,;,,,,,;;;,,,;,,63200715,,,,,,,,2mg/L,,,,,,,PH,6.03.3,,113.3.13.3.1.1:,,,,,,PH:PH,,PH6.5-7.5;PH6.0-8.4,;,PU::,:,,,:,,,,;3.3.1.2,3.3.1.3,,,,,,,,73200733.3.1.4,3.3.2:3.3.2.1,,,,3.3.2.2,,,3.3.2.3,,;,,,[1]WilliamR.Knocke,etal,kireticsofManganeseandIronchlorineoxidationbyPotassiumPermanganteandchlorineDioxide,J.awwA.Vo183,NO.6,p80-87,1991[2],.[J].,1996,22(10):13-16DesingningofaWholeSetofImplementsforRemovalofIronandManganesforGroundwaterLiuRen-feng(SeniorRadioTechnicalSchoolofJiangXiNanchang330096)Abstract:Thisdesigningisusedfortheground-waterwhentemperatureofwhichis25,thePhis6.7,theflowoftheground-wateris200m3/h,thevalueofFE2+,Mnwillbe0.3mg/l,and0.1mg/lafterthedesigningisused.Onthebasedofthelestoftheinvestandcost,thesimplemanage,thegodtechnology,FeMnwillbewipedoffwiththedesigningtothevalueoftheFeMntobe0.3mg/land0.1mg/l.Keyword:contactoxidationmethodgroundwaterremovalofironandmanganese8320071