稠油加工污水中氮污染来源及处理技术研究进展张帅

整理文档很辛苦,赏杯茶钱您下走!

免费阅读已结束,点击下载阅读编辑剩下 ...

阅读已结束,您可以下载文档离线阅读编辑

资源描述

Sep.2018389ModernChemicalIndustry20189111*21.5250002.524012。。X703.1A0253-4320201809-0040-05DOI10.16606/j.cnki.issn0253-4320.2018.09.010SourcesofnitrogenpollutioninheavyoilprocessingsewageandconcerningtreatmenttechnologiesZHANGShuai1YEFang-fang1XIEWen-yu1*WENFu21.FacultyofEnvironmentalScienceandEngineeringGuangdongUniversityofPetrochemicalTechnologyMaoming525000China2.SINOPECZhanjiangDongxingPetrochemicalCompanyLimitedZhanjiang524012ChinaAbstractNitrogen-containingpollutantswhicharekeypollutantsandconstraintindexesforsurfacewatershaveheavyimpactonwaterenvironmentandcanthreatenthewatersafetyinanation.Thispaperpointsoutthesourcesofnitrogen-containingpollutantsinheavyoilprocessingsewageintherefiningindustryintroducesthetreatmenteffectsofphysicochemicalandbiologicaltreatmenttechnologiesonnitrogen-containingpollutantsandputsforwardprospectstothefutureresearch.Keywordsheavyoilprocessingsewagenitrogen-containingpollutantssewagetreatmentelectrochemicaloxidation2018-01-042018-07-032015A03031380135650000-17-ZC0607-00021990-1970-0668-2923956gdmmxwy@163.com。1。2014《》82。3。20074。2015《》、。。、。。127016t。。≤0.5%5000mg/L。、、。、、、。。、、、、。·04·20189。、NH+4-N、NO-3-NNO-2-N5。11.160~160℃130~240℃180~360℃360~500℃500℃。、3。。。、。、、。1.2。。、3。。。、、4。。、。、、。1.3。。1.4。。。2。、。3①②③6。22.12.1.1。。Yuan7、、30~40℃13.3s69%~81%。。。2.1.28。。。·14·389。Englert91.02meq/g。10。25℃50mg/L1~2nm4mg/gLangmuirFrundlichLangmuir。11、langmuir6.2735mg/g。2.1.312。。。。2.1.4、。。Mg2++NH+4+HPO3-4+OH-+5H2→OMgNH4PO4·6H2Os1。、、。。17、113MgCl2·6H2ONa2HPO4·12H2OnMg∶nN∶nP=1.2∶1∶0.9>95%14MgCl2·6H2ONa2HPO4·12H2OnMg∶nN∶nP=1.2∶1∶187.4%COD45.6%15MgSO4·6H2ONa2HPO4·12H2OnMg∶nN∶nP=1.2∶1∶1.0290%16MgOnMg∶nN∶nP=3∶1∶182%68%1819。。。20、、。92.1%25%。2.1.5H2OCO2。COD。2。、。。。·24·20189221NH+4-N=50mg/LCl-=600mg/LI=40mA/cm2pH=12T=120minBi-PbO2100%22NH+4-N=1800~2000mg/LCl-=8000mg/LI=85mA/cm2pH=6~10T=180minRuO2-IrO2-TiO2/Ti98.22%35.6mg/L23NH+4-N=1752~3123mg/LCl-=2223~4455mg/LI=30mA/cm2pH=8T=360min17.8m2/m3Ti/RuO2-IrO2-TiO2NH3-N99.9%35%91.9kWh/kg24NH+4-N=258mg/LCl-=1300mg/LI=5mA/cm2T=60minTi/SnO2+Sb2O4/PbO2NH3-N、99.9%、35%91.9kWh/kg。2.22.2.1、25。、。3、。。。。NO、N2O、N2。1。1。A/O、A2/O、SBRCAST、UNITANKMBBR。。。2.2.226。。。2.2.327。、、。、。NO-2-N。2.2.428。·34·38929。、。3。、。。。。。。1.J.20121946-46.2.J.201471-5.3YanHHuangYWangGetal.WatereutrophicationevaluationbasedonroughsetandpetrinetsAcasestudyinXiangxi-RiverthreegorgesreservoirJ.EcologicalIndicators201669463-472.4.J.201426119-28.5.J.2010281119-123.6.M.2009.7YuanMHChenYHTsaiJYetal.Ammoniaremovalfromam-monia-richwastewaterbyairstrippingusingarotatingpackedbedJ.ProcessSafetyandEnvironmentalProtection2016102777-785.8ChangHXFuQHuangYetal.Anannularphotobioreactorwithion-exchange-membranefornon-touchmicroalgaecultivationwithwastewaterJ.BioresourceTechnology2016219668-676.9EnglertAHRubioJ.CharacterizationandenvironmentalapplicationofaChileannaturalzeoliteJ.InternationalJournalofMineralProcessing200575121-29.10.J.2015323250-256.11.J.201433A011-2.12.J.20082811-4.13.J.2010631-34.14.J.2004245313-316.15.J.200522527-30.16HuangHXiaoDZhangQetal.Removalofammoniafromlandfillleachatebystruviteprecipitationwiththeuseoflow-costphosphateandmagnesiumsourcesJ.JournalofEnvironmentalManagement2014145191-198.17HuangHMXiaoXMYangLPetal.RemovalofammoniumasstruviteusingmagnesiteasasourceofmagnesiumionsJ.WaterPracticeandTechnology2010511-9.18KumashiroKIshiwatariHNawamuraY.ApilotplantstudyonusingseawaterasamagnesiumsourceforstruviteprecipitationC.SecondInternationalConferenceaboutP-recovery-submitted2001.19CouperthwaiteSJJohnstoneDWMullettMEetal.MinimizationofbauxiteresidueneutralizationproductsusingnanofilteredseawaterJ.Industrial&EngineeringChemistryResearch201453103787-3794.20.CN104129771AP.2014-11-05.21.J.201434112798-2805.22.J.2010366111-115.23.J.201238355-59.24.D.2007.25DengSLiDYangXetal.BiologicaldenitrificationprocessbasedontheFe0-carbonmicro-electrolysisforsimultaneousammoniaandnitrateremovalfromloworganiccarbonwaterunderami-croaerobicconditionJ.BioresourceTechnology2016219677-686.26LiuYShiHXiaLetal.Studyofoperationalconditionsofsimul-taneousnitrificationanddenitrificationinaCarrouseloxidationditchfordomesticwastewatertreatmentJ.BioresourceTechnology20101013901-906.27LiYWilliamsIXuZetal.Energy-positivenitrogenremovalusingtheintegratedshort-cutnitrificationandautotrophicdenitrificationmicrobialfuelcellsMFCsJ.AppliedEnergy2016163352-360.28WyffelsSBoeckxPPynaertKetal.Sustainednitriteaccumulationinamembrane-assistedbioreactorMBRforthetreatmentofammonium-richwastewaterJ.JournalofChemicalTechnologyandBiotechnology2003784412-419.29JettenMCirpusIKartalBetal.1994—200410yearsofresearchontheanaerobicoxidationofammoniumJ.BiochemSocTrans2005331119-123.■·44·

1 / 5
下载文档,编辑使用

©2015-2020 m.777doc.com 三七文档.

备案号:鲁ICP备2024069028号-1 客服联系 QQ:2149211541

×
保存成功