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1009-6825201521-0124-032015-05-131987-473132、、“+”10mg/L、10mg/L、2mg/L、2mg/L100/mLpH7～85/m3。TE992．2A1。HF1、HF1、2HF、264、416。K+Na+Ca2+Mg2+Cl－SO2－4CO2－3HCO－3S2－Fe2+Fe3+FeB櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅。。2。120m31m32m3。。、。3。a．。b．280℃、280℃。、、、。、、。1GB50016—2014S．2GB50067—97、、S．3GB50098—2009S．4．·2009M．2009．DiscussiononhowtosetthesmokecontrolsystemintheundergroundbuildingsFengQianTaiyuanCityPlanningDesignandＲesearchInstituteTaiyuan030001ChinaAbstractAccordingtothefeaturesofundergroundbuildingsincludingfewsafetyexitsimpermeabilityandweakventilationconditionsthepa-peranalyzesthefireaccidentsofbasementsarecharacterizedbylongersmolderingprocessslowburningandpoisonoussmokecausedbyhightemperatureindicatessomeproblemsinthesmokecontrolandextractionsystemofundergroundbuildingsfromthedesignconstructionandoper-ationaspectsandsomeprecautionsandprovidessomedesignsuggestionsforthesmokecontrolandextractionsystemofthebuildingssoastoexertsthebuildings’importantrole．Keywordsundergroundbuildingsmokecontrolandextractionfire-fighting·421·412120157SHANXIAＲCHITECTUＲEVol．41No．21Jul．2015DOI:10.13719/j.cnki.cn14-1279/tu.2015.21.069、、pH。pH64mg/L～16mg/LCOD11840mg/LCl－K+KCl100mg/L～900mg/L527．9mg/L726．1NTU。100m3/d3．65×104m3/。。18/m3、4．1/m3。80．7。、、。。1000m3～2000m310～1210000m3～20000m3。、、。。。21。HF1、2HF0701、0901、0903-1#、0903-2#。0903-1#HF12HF。A500ppmB160ppm、1。。12。1/NTU3098/mg·L－110602．4102042。。。。。。。2。2mg/L550516045500583。。41650mg/L。、7mg/L～12mg/L3、、。。3mg/L145702531204。FH-71227FH-7FH-7。0mg/L50mg/L80mg/L120mg/L150mg/L。SＲB、TGB、FB4。FH-750mg/L100/mL。4/mLSＲBTGBFB1．5×1039．5×1069．5×10350mg/L0200．480mg/L00．40120mg/L000150mg/L00031、、、、、。。34。2HF1、2HF0903-1#500ppm。3。“+”10mg/L、10mg/L、2mg/L、2mg/L100/mLpH7～8。5/m3。1GB50428—2007S．2．M．2005126-135．3．J．20092882-3．4．J．2013425492-495．164·521·4121201572．5。、。2．6。。、、、、、、、、。、、。2．7。、、。。。2．8、、、、。、、。、、、430、、、、。。。3。。1．J．20111072-73．2．J．201328219-222．3．J．201213172-176．Onapplicationofenergy-savingtechniqueinarchitecturalprojectsWangXiongliangQingxuCountyArchitecturalInstallationEngineeringCompanyQingxu030400ChinaAbstractThepaperindicatessomeenergy-savingmeasuresincludingthewaterresourcerecyclingtechniquesolarenergytechniquewoodenmaterialrecyclingtechniquegroundsourceheatpumptechniquelightingtechniqueandthermalinsulationtechniqueandexploresthemanage-mentofthesavingsiteconstructionandoptimalconstructionschemesoastoprovidesomereferencefortheenergy-savingconstructioninthear-chitecturalprojects．Keywordsarchitecturalprojectenergy-savingconstructiontechnique櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅environmentprotection125OnsiteexperimentoftreatmentofunconventionalfracturingfluidflowbackLiHeGroundDesignInstituteHenanOilEngineeringDesignCo．LtdofSinopecNanyang473132ChinaAbstractThepapermakesoutthetreatmenttechnicalschemesaccordingtothesiteexperimentoftheunconventionalfracturingfluidflowbackatsomeoilfieldinHenanProvinceincludingthereinjectioncraftschemeandrecyclingschemeafterthetreatmentoffracturingfluidflowbackun-dertakestheflocculentdepositionexperimentagentboronremovalexperimentreverseosmosismembraneboronremovalandexperimentfore-valuatingbactericideandprovesbytheresultthatthesecondaryreverseosmosismembranetreatmentisproperthewaterqualityaftertheairflotation+filtercraftcanmeettheflowbackwaterqualityinwhichoilisnomorethan10mg/Lsuspendedmatternomorethan10mg/Lsul-furandironnomorethan2mg/Landthenumberofbacteriaisnomorethan100ineachmLandthepHvalueis7～8anditscostisnolessthan5yuanＲMBpersquaremeter．Keywordsoilfieldunconventionalfracturingfluidflowbacksiteexperimentsecondaryreverseosmosismembranetreatmentstandard·461·412120157