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1. nE H2S iia Thus clean acid is recovered effectively with a diffusion dialyzer A847 ZAR Anion exchange membrane SiGe BLEG BC NICE YARQA BIC on the water side through the membrane owing to the BEB Waste Acid t t difference in acid concentration On the other hand metal ions AlaS04s H2504 remain in the waste because of their large size and their EUINBR Recovered Acid positive valence is repelled by the anion exchange membrane a aS IAT Substitutional Electrodialysis t3 rea Characteristics BLA HERLEBRAROMAIPOLACL CSRERANDOOKS NATYRAL ERI OSCE CHEE DORR SA ERAS ADRIEDTIIAKT TIJE SeARBRO mins Ca WOREICEDNTWES Substitutional electrodialysis is an applied electrodialysis process This process enables the manufacture of an organic acid or base derivative from a corresponding salt form by replacing the counter ions with hydrogen ions or hydroxide ions Na2S0O4 H2S04 C Bit 4 328 Cation exchange membrane H2S04 AM 73 B474 gt Amino acid ion GEMENA Double Substitutional Electrodialysis iF eat Characteristics BAM ICKO CERLA YOA CHA AY ORRATWET ERM ORNOHADRUICD Bi DHDAECT EROBRERE CI o Double substitutional electrodialysis exchanges counter ions between two ionic chemicals In this process no additional purification process such as crystallization is necessary and simultaneous concentration is also possible oO KNO3 dil NaNO3 l T dil KCI2. A Ake ZAR Anion exchange membrane C G174 gt 32 Cation exchange membrane PLity F RAG HABI ERAMA A Electrodialysis Desalination Concentration EB SUM alk ge ARH AY SHR OPA CE lt KODE CHASCNTWET Electrodialysis desalination is the most popular ion exchange membrane process and is used in various fields such as the following amp BAK etal KORE Table salt production from seawater ate Lieb ykKORiE AA AA Desalination and reclaiming of wastewater in various industries HAKOR ANIC RKR EKORNES Desalination and nitrate removal for tap water Si Rohn Desalination in the food industry WES ERKON EDA L Desalination of wastewater from an activated sludge process ERIS WLI KOR Desalination of leachate from a landfill site A maxes JOPAIO Bbll Electrodialysis process flow 7 FEMEN Rectifier 1 i Peewee bee eee eee Em A S x ES UATE Electrodialyzer E L L ECEN Filter RA Raw Solution RERI YT RRI 77 Dilute Tank Concentrate Tank Abt aR eM Dilute Concentrate RRIYT DOI il 1 RENE CAKRA 1 Table salt production from seawater taK BOM Dilute Discharge 87K Rigi DS 67515 Seawater 1st Filter end Filter Ele 757K ie NB ZK Seawater Concentrate NaCl 25 70g L 190 10g L Ca 0 38g L 1 20g L Mg 1 20g L 1 20g L S04 2 54g L 0 24g L Fil2 FtFAAKOARN 2 Nitrate removal for tap water 8 Baa Filter Electrodia
3. CH O Att CH O 2 yK AYFU kR eb DW Lab CH O electrodialyzer CH O unit complete set ett Specifications AUT Type CH O 2 Yh CH O unit DW Lab Ae iz Membrane size mm 160x280 80x130 RAJH m2 4 4 Effective membrane area m2 piece 0 021 0 003 ERDARA xt iG Cell pairs Pairs Patni Ss p Tae O ween T Oo UDO bs Anode plate Ir coated Ti Plate Ir coated Ti Plate mis o Cathode plate SUSSGIG 5US316 a mm 650 W x500 D x1300 H 300 W x200 D x400 H EDI yhKe ED unit weight kg 50 6 0 ees OJJ Rectifier output DC 235V 7 104 DC 18V 7 3A enU A PrE mm 235 W x 425 D x160 H 1 107 W x305 D x134 H Les Rectifier weight kg V7 5 0 KHHEJYJIRE Attached tank capacity L 3 0 0 40 RIT z ZIRYKRYIT VIRIEKYT Pump Magnetic drive pump Magnetic drive pump meat MBUCABOEGA Flow meter L h 0 600 Not attached CH Old BAMA AD GH CORRBLVEL CADET X The CH O electrodialyzer can be sold without unit accessories upon request ThA SAT Diffusion Dialyzer T OJ IS EELE IROA CP AGCTEE FD RFE LICHAALAT JO CAD RERD A RECS S5NET Mk RRAOZI IIPVYIOBHECLCRMICCHALWEIFES T O is a miniaturized diffusion dialyzer for experiments on AGC diffusion dialysis in the laboratory This unit is designed to easily obtain reliable data that can be utilized for the design basis of a full scale plant ett Specifications Aust Type T O 54T T O diffusion dialyzer fee iz Membrane size SM 160 x
4. AGC Chemicals SELEMION LFI PDEA YZ SELEMION ION EXCHANGE MEMBRANES M i r r ay i K lia j a a E a S 1 A Zela OCR Safety Warning CRAI DoC AAm NRE ORRE ORARAA ATTLEE Before using the products please be sure to read and observe the cautions printed in the user s manual BEFASI ASAHIGLASS CO LTD 8 5c IC Sole Agent Environmaintenance for a Blue Planet AGC accryv r iy THRASH AGC ENGINEERING CO LTD AVIV YS SB FHEF RHA RER PROT BOB WBGVUPVLAMOM F261 7119 TEL 043 350 3401 FAX 043 350 3383 Membrane Division WBG Marive West 19F 2 6 1 Nakase Mihama ku Chiba shi CHIBA 261 7119 JAPAN Tel 81 43 350 3401 Fax 81 43 350 3383 NR January 2013 SELEMION Is a Pioneer lon Exchange Membrane y j a Mi I i PE s T re i Peet aa ATV i i TM SELEMION lon Exchange Membranes ae ieee ita a Applications of SELEMION LLEAY USAGCHEE DBI BUSS SRULKRRO1 AY IGRECS _ aes Process Application SELEMION is a hydrocarbon type ion exchange membrane that has been developed HMU A AA AEEA NAA and manufactured by AGC Asahi Glass Company nar oe ie ae ics a er Diffusion Dialysis 1 S50FOMFASMD SHEICUIROEC TA UIRRONAALVELT COES SiC KO FAY RBBOLCRZAT TEKLI Since we entered the membrane business in 1950 we have made continuous ee developments as a pioneering company and through this we have tried to expand the range of Ooi applications of membranes n in
5. 240 Effective membrane area m2 piece fee HAA REN 19 Membrane sheets Sheets PrE ENE L h 0 17 0 68 Processing capacity T O At IT Ts CEBU CAD ROME Sy aie K T O SAAD OMALORT D CHBICMUT AURORA ROT The T O diffusion dialyzer is basically sold without accessories Accessories can be sold upon request HARUST ASR OPI TRUBS Diffusion Dialyzer i I ERE E Heater mKIYYI FIRI RR FIIRT EA UNA Fa PhYT K Warm Water Fie Ps Waste Acid Tube P Dialysate Recovered Acid Tube Pump Water VIRYERY TS Tube Pump or Magnetic Pump ANY OTAsCRO TRAP SEK BECNORHADDOET OC DSDUDS FRCIERU The specifications published in this catalog are subject to change without notice 12 RASA Maat S Commercial Scale Dialyzers t Dialyzer Type f amp lt t34 Membrane size iS l4 8 Membrane area AeA ATK Effective membrane size Small Type 1 43 3 Effective membrane area BATA Maximum cell pairs f amp lt t34 Membrane size iS l4 8 Membrane area gaU TES AeA TK Effective membrane size S43 3 te Effective membrane area BAT aN Maximum cell pairs f amp lt t34 Membrane size HAU JEF AH Membrane area Medium Type 3E ix A Effective membrane size RAJH Effective membrane area BAT A Maximum cell pairs fe t34 Membrane size RA Membrane area Type 3F RAM T4 Effective membrane size ie ts Effective membrane area BATA Maximum cell pairs fe t34 Membrane size flta Membrane are
6. anion exchange membrane permits only anions to pass through it s Bat FYRRI FA fe Be te O Fe Bes OAA I 4 DD als AVIAGRROABML AYLARA OT TVic hee DA KOCKAANSICO RANOREBACTAYIGRRO a opg Sth SMD NS Bilt RICO KRT Anode Ae _ bod Rs 4 Cathode the ions that it allows to pass through it Therefore the charge referent in the membrane name is the opposite of the fixed functional group aa eae charge in the membrane itself Cation exchange membrane Anion exchange membrane Note An ion exchange membrane takes its name from AGC Is the Leader in lon Exchange Membranes AGC Has the Best lon VENEMAN Membranes in the World 4 AY SRR O BSE BAIT YRR lon exchange membrane manufacturing process anion exchange membrane CH CHe2 CH CHe2 CH CHe2 G8 g CH2Cl CH CHe2 ZAFLY F7oOOeFID VEDI Styrene AFLY NAE Chloromethylstyrene Divinylbenzene Copolymerization HESA CRH CH2 CHA CHZACH CHACHE Gino CH2 CH FCH2 CH CH2 E CH2Cl 77 gt ARP IJE ae Introduction of ion exchange group GAG RA A CHC RCAC HECHE CH2 AC Alek ql HECH y R3 cr CHe2N R3 Cl
7. the food industry EVAT r CLEA OBRETONCHES DIDI HB PMRICIAUT iit eevee Se restoration SS ORTA EARL CUES We are able to provide various types of electrodialyzers and diffusion dialyzers to achieve the best membrane performance BVEAPOS EGR SSRI CRIB AYIA IO CA SteERSE CUVEE Substitutional re On the basis of our long and wide ranging experience we are able to propose the optimum membrane process for each of our customers FBX He ion reactions Electrolysis LEAL ORES BBO LY VIP UII XYFFYRZECE BUCH Pe seis Through close cooperation between AGC and AGEC AGC ENGINEERING Company we perform membrane manufacture process design stack assembly plant engineering and maintenance i KBRAICOUY Cid all CAL ELR TOT BAADE LEL For more information about electrolysis please contact us BL tyY Ee ba ak SELEMION Reference Data Axzi amp General purpose membranes pl at F YRR Type CLE7FY RMABFOLA ET A VRR Anion Exchange Membrane Ez a 5 HT Electrodialysis Cation Exchange Membrane fign4 Product Name CMV CMD Eo l IRA mak m sae Characteristic Strong Strong Low Standard Thick Standard Thick resistance FA ik SST EUAN EAN EUAN tha Usage ED ED ED RO amp F um i 380 120 t3 rea Characteristics BUA dE mem eE L Chia Ra ETIR o Electrodialysis is a method of desalination and concentration involving the application of a DC current Q 17YO KSC BEEER D
8. 0m CS 5 electrodialyzer 1 800 cell pairs 9 280m2 Notes BLEAY ORB TA Standard Sizes of SELEMION AT OR RICE odia Precautions for applying solution on SELEMION BVEAY FOLA CENETORN Ordering process SAUDE Inquiry LIJE Interview JNT AR Lab tests tikta Specification development SHAG Meeting I1 OY 7AA Field tests Wy RIE Confirmation Order BLEAY 416x224 16x28 18x55 55x112 112x112 cm OS97 Alc TREL CHK SOHO AlCDClFARBSMVADE CEL The standard sizes of SELEMION are 16x24 16x28 18x55 55x112 and 112x11e cm For other sizes please contact us 1 RDSTHALTERITET Minimum order size 1 unit BD SS FRAME BREE 1A ULSD TRRMEES 1A UIRROTBEE TF DRACISORS Oils Suspended solids surfactants oxidants and ionized organic polymers may cause a decrease in the efficiency of the membrane RRO pH bpt BER CLTCEAL POVER RRENO Fe5leHCLET MDAA CEL The recommended pH is 7 or below a pH of 5 7 is recommended Alkaline solution may degrade the membrane For more details please contact us m EX ILICCHAUSDECERL GOSBAUSDCY hKeCeA lt CECb Please contact us by phone or E mail Please use the Inquiry Sheet on the next page ROEE JOCAR OAR CRE AlaLELES We will ask for some information so that we can start considering a suitable process CHELVEIEL VE RUR BLISS EAL SERAIABICKOTFAKERMHLET We will run several lab tests using the provided f
9. E LUNED SRIOPASSARICHMS DT TEN TERT Electrodialysis does not require chemicals that are commonly used in ion exchange resin tower regeneration Thickness 20 WAY wae pa Q FAAVHEOLAMIS1 AY RARE ABLED SAW EDNER TART eee Sen Electrodialysis can separate valuable organic materials from salt because it only permits 0 5 mol L NaCl ionic materials to pass through the membrane S 0 5 mol L NaNOs S O 0 25 mol L NazSO4 Aid s q 0 5 moW L He jie AB 1 LRE 8 0 25 mov Hes0 n e PB A D RIB CIB Ht DRIBESAIC ANH ENL 1 i CERNE L TOMMI NOB MEIELET BENO Mee ie em BA ARRE D1 AY SRBC SEAN ez cL Ald iti DE CMS SNCF C ha RAD Bat AY ctr HZ fe ce SCHRARC eA Al O24 FYRR CILU SUE AN Aldi Fei AIA E auibese EE EEN F p E CRH CMSNKS BRAM CAD SCCHORECHE AERES 2 44 30 Nat Cite Rie ies Ocha Yda DC haf Cation Been Membrane Anion Ehana Membrane Na E j Nat a lot eae rie A pa 7 ED choA z am4 Product Name HSF CSO CMF AAV ASV AHO APS4 CL CL i n mee mnsa MSE 1 Oy rah Or Some ERB SMA BEIE MARAA Oy Te i teg E LTE AVIADED SEMOCEICBHLAT ARE Characteristic Ht Monovalent High Low proton Monovalent High temp amp Oxidant proof q Nat 4 Nat LCDE Chl cn CBICRHCNOCEICOET selective ion selective durability leakage ion selective Oxidant proof d E FA ik Usage Xai ED Xai EUAN EUAN ED EUAN ED EUAN ED
10. HARUGA DD NaCI Description An electrodialyzer is composed of anion and cation exchange membranes stacked alternately with thin spacers between R NaCl soln Thickness Ase Se lt 8 tee ee ARS Se them and a pair of electrodes at both ends Desalination Concentration Desalination In an electrodialyzer two types of chambers are thus placed chamber chamber chamber WAY ut Counterion RRE Burst Strength 0 5 mol L NaCl 0 5 mol L NaNOs 0 25 mol L Na2SO4 0 5 mol L HCI 0 25 mol L HeSO4 H fi 25 C Resistance 77 F TES Transport Number gt 097 gt 0 95 70 97 i RAAN FRRO AUE PECK EENDEN NET OT BOPCHT TILER The data published in this catalog are subject to change without notice 1E2 CNSOF FILEF BCH FAY RHR OUERES REL T SHO CISL HWNECA The values in these tables are only for reference and are not guaranteed values AlI R Anion exchange membrane Chat AY 3c HBR Cation exchange membrane between a pair of electrodes One is a desalination D chamber partitioned with an anion exchange membrane on the anode side and a cation exchange membrane on the cathode side The second is a concentration C chamber partitioned with a cation exchange membrane on the anode side and an anion exchange membrane on the cathode side Saline water is desalinated in the D chamber and is concentrated in the C chamber as a result of the electrical potential FhBUZNT Di
11. a ies ti4 Effective membrane size ie ts Effective membrane area KE EAT Maximum cell pairs Large ftix Membrane size 5A AH Membrane area Maas AeA TK Effective membrane size 43 3 te Effective membrane area EATER Maximum cell pairs RUAN Electrodialyzer haat Diffusion Dialyzer pws ee A TT AS fixate General Purpose Desalination 180X550 0 099 130x390 0 051 200 550x1120 0 616 mm m mm m2 mm m mm m mm m mm 470x840 m 0 395 220 mm 550x1 120 m 0 616 mm 470x840 m mm m mm m mm m mm m 0 395 750 k20 m20 1 254 838x 1 020 0 855 1 200 RAGOATICRM OLS SEK EENDEN ENET OT BSPUOTT RCA The specifications published in this catalog are subject to change without notice ane High Level Desalination 350x2 000 0 700 250x1 700 ja7K Tap Water 180X550 0 099 110x380 0 042 T210 400x1 960 0 784 MA Concentration 500x1 120 0 616 450x860 A2072 200 2 5 6 920x1 940 1 785 2 400 EREIN Acid Recovery 1 t20x1 120 1 254 890x1 020 0 908 720 ER EJIy Acid Recovery 180x550 0 099 130x390 0 051 100 sheets 550x11 120 0 616 470x900 0 423 220 sheets 1 120X1 120 2s 900x1 020 0918 1 200 sheets 1 120x2 300 2 576 920x1 940 1789 2 250 sheets TiHekika DB 4 Sx 320 x 770m REEI T 5C HBU 1 7208 4 430me T 5C diffusion dialyzer 1 720 sheets 4 430m2 IKERNE CS5H Bane 1 8008 9 28
12. eed solution SMT AKOMREBREAOT YIEE RDE HRBCRMOMESBKVCIAKEHAUVCLES On the basis of the results of the lab tests and interview we will estimate the process specifications and costs FORPADLRECMALICEX CBAZHAMNULET We will exchange opinions and feedback of the estimate with the customer JEREZ Ral 5AA KORPIGITUTFARSRALET We will run several tests at the customers site RISES ARABS CHERLVCIEEES o Please confirm all specifications and costs before placing an order FJOVLABABOAYV IF VA SSRORE SIZMO BRKOKT HIRCHRCIEKL We can carry out maintenance at your site or our workshop BSmWlapty Fk Inquiry Sheet E mail hp selemion com Phone 81 0 43 350 3401 Fax 81 0 43 350 3383 BM apetOR 4 Fave BloOWCHSAWKET SEA CCBA CIES LY Please fill out this questionnaire and send us your inquiry SBEROSBABRI 428 Customer s name Required a PRES BRS 228 Company or organization and country Required eee STERE BIBS Email 7FLA 4 Contact information E mail address or phone number Required re O TAY AAR OEA BA 5 Intended purpose of ion exchange membrane Required SHOADtEBZES BOUCHE Please check your type of inquiry 2vity DFOLARRELTELY SELEMION process inquiry O eLIFE RELLY hee BALIO SELEMION purchase inquiry OHEA L feb Technical inquiry JZ OWOSEHMLGD t Other inquiries SHOAapDtAA Content of inquiry C ZORRAK URROKA WEROB KA UES MECC Information composit
13. er mK YZ ENRI 7 Pure Water Tank Recovered Acid Tank The membrane makes possible to recover a concentrated acid from a waste acid containing metal ions l 77 JL V7 ERAO iB EN PIERR Aluminum sulfate Flow rate 368 L h H2S04 40 g L Al 40 g L Flow rate 1 117 L h H2804 183 g L Al 0 96 g L fi2k Pure water Pure water BERE Waste acid Flow rate 1 409 L h H2804 156 g L Al 11 g L FOAMEI OH naa Electrodialysis recovery process flow a ee ee ft 2K Pure Water BR Waste Acid AERO UT EINES YI Deacidification Recovered Tank Acid Tank EIER Recovered Acid Abt E R Deacidification Solution CH 42 Type CH 4 ZH Expose to the atmosphere Q BMAD SOD Electrode Tank Blower 11 RER HA EAN RIE Maa ze Dialyzers for Lab Scale Tests A aA HT Electrodialyzers JELL ETAM IYI NYT Bite OBL RRAOB IATA CI 4 AY ARR HAAN C Eltel CHS SIC ETENDITA EDNET Fk RHNDAT ILDP YIOBRCLCAMWICCHALVEIETES D4 ADi 5 CH OJ C DW Lab DPED YF YIOMDSSRBOMVEETET The CH 0 complete set and DW Lab are miniaturized electrodialyzer units to be used in the laboratory These sets contain an electrodialyzer rectifier pumps tanks and all the accessories necessary to start experiments with SELEMION ion exchange membranes These units are designed to easily obtain reliable data that can be utilized as the design basis for a full scale plant
14. ffusion Dialysis t3 eat Characteristics Q HAGETISAGCCHBF ORL 1 AY RARBIOOLATS Diffusion dialysis is an original state of the art ion exchange membrane process that has been developed by AGC Q BRAVE LESD SHMANSSREESACRED 5S HRROPEDHEINLET This process for diffusion dialysis enables the recovery of clean acid from waste acid that contains metal ions such as that used in pickling or aluminum anodizing processes Q annik RAUB LESICTHHACNSCD BEBMICHACERT The recovered acid can again be effectively used in the above processes Q HRANIREA TDD AY EBHA USL OOBRBHNEUECLEUA ZOPDIYVIVIAANMMN RS RBbYYTILC AROSBREEDARACT Diffusion dialysis is cost effective because the difference between the acid concentration on both sides of the membrane is used as the driving force for acid recovery instead of electricity ANT 107K Pure Water JR TE x Dialysate o i B i rT i HEENA at ENEBY RREN saN Al2 S04 3 H2S04 TORRI KEM CARLES o h21 AYRE UCEL ORR EIKO RRR RID 2k Bl URR SROH AAS Eh LTD K amp S iit VARER aA AY ARR Bes OCC CES BAT RAM GLOKT o COKIICUT eee eel CNEL CUNG OCC CEG Description Many anion exchange membranes specially designed for this purpose are stacked with a thin spacer gasket inserted between each membrane Waste acid is fed on one side of the membranes and water is supplied to the other side of the membranes as a counterflow Acid in the waste is recovered Se o H HF eee
15. ion of raw solution or target solution processing capacity temperature etc AARN DOIE CBROL 7P y 7 AR E mail CREO TEMMCT Handwritten inquiries are also possible Please send us a copy by Fax or E mail XESMG HC CAAT AT RRIS SBERDSOSHMLADEICHATSZCEZANELCHALELET SEROMA BRRORMUMOCHS DEF BAR LA V CR IEE AGC ENGINEERING will only use personal information for the purpose of responding to inquiries made by the customers For more information about the customer personal information please refer to our website 17 AGCHWT IA AY RREO TRA CH AY 3A lon Exchange Membranes 4 AY ACRERIS DY MAIC RESNA REN FE CS AVIA ERP IMT VY ELOLSOT FIXRE SS CWUET An ion exchange membrane is a sheet made of organic polymer materials that include a sulfonic acid group or quarternary ammonium group as an ion exchange functional group AY 3eHeRRIS RIC CMS lt ORRDARSCNCWETD BAN ICG AY iad Ol AY ARR EIA ALY 2 id oS Ol2 7 AY ASHRRICDFACNET Although many types of ion exchange membranes are now available membranes are basically classified into two categories anion exchange membranes and cation exchange membranes 247A VAacHRICIk DD Ae Be Oc BEES OBIS VERO LI OBECNTHWSED EGS cCaWmBOTAVISERNOAIESRNACN RAGBOTAVIEITIDRANS AE CEET Because a negatively charged functional group is fixed inside the cation exchange membrane only oppositely charged cations are permitted to pass through the cation exchange membrane On the other hand an
16. lysis HAMS Well Pump 2 ER 7KiB7K Ee Acces as oe 7L Flow Rate 90m 2 h 85 3m 2 h 4 7m9 h TDS 910ppm 523ppm 7 894ppm NOs 120ppm 45ppm 1 474ppm HIFU ShK 3 Leachate from a landfill site SI BO x Lia tipis NESIN 7K be ep big EAR AIER gt L hs gt JDA gt Biological Treatment Coagulation Activated Carbon Chelate Resin Filter ZK Arista 2K i MBZK Leachate Dilute Concentrate 7 Flow Rate 1 9m3 h 1 58m2 h 0 382m2 h TDS 21 700ppm 460ppm 126 600ppm Cl 12 000ppm 200ppm 70 300ppm MAK FRE RIL EE Concentrate Evaporation Centrifuge wie Wet Salt ROI Rig azk Bom AFA Dilute Discharge Reclaim ie MBAK Concentrate Evaporation Salt HAIS ETAN electrodialysis Acid Recovery H FAG 2 Fh OB ATARI Diffusion Dialysis Acid Recovery EVAN AGCHRIR SD RE LICK AVERSA ALEBREUNIORPACS KRITIENA BL SETA AY 2A LICK UNIKAT F YVERN ARAFAT SCEICKD BAM CORONE ie aD oO RECTAO ELIE An electrodialysis acid recovery process has been developed by AGC A hydrogen ion selective membrane has been newly designed for this process ThBUANT RREUNIFAG CHF ORME RECLEPOLATS AVERORRATCLCBAAEALALCOH SOCADHE CHR EEMBEA CS An original diffusion dialysis acid recovery process has been developed by AGC This diffusion dialysis process is simple and easy to perform because the acid concentration difference is utilized as the acid transfer driving force instead of electricity gt 7 bDS0 YY REAUER Alu
17. minum sash anodizing acid gt BRIT UU P DERI FIR Aluminum foil etching acid gt HARA EEE Steel surface treatment acid ATYVARAMER Stainless steel surface treatment acid gt Rate L Noble metal industries gt HETEL Various metal industries ZO MOE DIN Other acid separation or recovery processes G G amp G Q G Pll VATU ARARO IKREN 1 Acid recovery from steel surface treatment acid itNT Dialysate 7kK Pure water Flow rate 556 5 L h 550 0 L h 0 4 mol L 40 4 g L 36 4 g L IN Recovery 27 2 g L H T NOs T F Fe BRBE Waste acid fol lN E Recovered acid Flow rate 540 0 L h Flow rate 533 5 L h Ht 3 5 mol L 3 1 mol L T NO3 185 0 g L 145 1 g L T F 60 0 g L 22 8 g L Fe 30 0 g L 2 0 g L ABR OPAIO BPl OE ee Diffusion dialysis process flow Waste Acid ANA a Dialysate ARRIVIT RRIII Dialysate Tank Waste Acid Tank paaa L l l oe af 4 1J N Bl er la i Pi aoa T 42 Type T 4 Pile 77 LY 7 FBR AO TERN 2 Acid recovery from aluminum sash anodizing acid i7K Pure water Nw Dialysate 1 333 4 L h Flow rate 1 473 4 L h 34 6 g L 9 94 g L BeRE Waste acid fou INBE Recovered acid Flow rate 1 400 L h Flow rate 1 260 L h H2804 156 g L H2804 132 9 g L Al 11 g L Al 0 59 g L NYRI 77 Header Tank ie 4 Recovered Acid Diffusate HRCA Diffusion Dialyz
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