Na'urar sigogi:
samfurin:SKU: JYK-2RO-15Operation matsin lamba: 0.3-0.6 (Mpa) fitarwa: 0.25-100T / H
Girman girma: 150-1500 (cm) ƙarfin lantarki: 380 (V) Ingancin ruwa: 0.1US ikon: 1000 (W)
Wutar lantarki conductivity: kasa da 10US Degassing ƙimar: 99.5 (%) Single inji fitarwa: 0.25-100 (/ h)
Shigar da ruwa diamita: 50 (mm)
　　Bayani:
Ruwa mai tsabta na baturi ya haɗa da ruwa mai tsabta don samar da baturi, ruwa mai tsabta don samar da baturi na lithium, ruwa mai tsabta don samar da baturi na hasken rana, ruwa mai tsabta don baturi grid. Kayan aiki na electrolyte a cikin baturi don buƙatun ruwa mai tsabta yana da tsauri sosai, yawanci yana buƙatar ruwan lantarki a sama da 0.1us / cm (ƙimar juriya a 10 megaohms), tsarin da aka yi amfani da shi don shirya baturi tare da ruwa mai tsabta shine sau da yawa amfani da kayan aikin musayar resin yin yang, rashin amfanin tsarin shine resin ya sake dawowa sau da yawa bayan amfani da wani lokaci. Tare da ci gaba da balagawa na fasahar raba membrane, sau da yawa ana amfani da tsarin tacewa na reverse osmosis, ko kuma ta hanyar sarrafawa ta hanyar musayar ion (ko EDI na lantarki) don samar da ruwa mai tsabta.

Baturi Category:
1. Original baturi: sake kiran baturi, yana nufin baturi da ba za a iya dawo da aiki abubuwa da sauki caji hanyar bayan baturi, kamar zinc-manganese dioxide bushe baturi ZN-MnO2, lithium manganese baturi, zinc iska baturi, daya zinc azurfa baturi, da dai sauransu.
2. Baturi: wanda ake kira biyu baturi, yana nufin baturi da za a iya ci gaba da amfani da shi ta hanyar caji don dawo da kayan aiki bayan watsawa, kuma wannan caji watsawa zai iya kai dubun lokuta zuwa dubun sake zagayowa: Misali: nickel-cadmium baturi (Ni-Cd), nickel-hydrogen baturi (Ni-MH), gubar acid baturi (Pb-H2SO4)
3. man fetur Cell: kuma aka kira ci gaba da baturi, yana nufin shigar da aiki abubuwa daga waje baturi ci gaba da shigar da baturi, baturi ne ci gaba da aiki da samar da wutar lantarki: misali: hydrogen-oxygen man fetur Cells, phosphate man fetur Cells, da dai sauransu.
4. ajiya baturi: yana nufin baturi da kuma electrolyte a lokacin ajiya ba kai tsaye tuntuɓar, kafin amfani da allura lantarki ruwa ko amfani da wasu hanyoyi don yin lantarki ruwa da kuma mai kyau da kuma m tuntuɓar, daga baya baturi shiga jiran fitar da yanayin, na kira wannan tsari a matsayin "kunnawa", saboda haka kuma kiran kunnawa baturi, kamar magnesium baturi, zafi baturi, da dai sauransu.
5. raba ta electrolyte: acid baturi, alkaline baturi, tsaka tsaki baturi, organic electrolyte baturi, non-ruwa inorganic electrolyte baturi, m electrolyte baturi
6. raba ta hanyar halaye na baturi: high karfin baturi, hatimi baturi, high iko baturi, free kulawa baturi, fashewa baturi da sauransu
7. raba da kyakkyawan abubuwa: zinc manganese baturi jerin, nickel cadmium nickel hydrogen jerin, gubar acid jerin, lithium baturi jerin, da dai sauransu
　　Hanyoyi huɗu da ake amfani da su don shirya batir don ruwa:
Distilled ruwa: Ko da yake kayan aiki m, amma m gurɓataccen abu ba za a iya cire shi, kuma akwai yiwuwar ions da kwantena molding abubuwa za su fadi haifar da biyu gurɓataccen abu.
Ruwa mai deionization: tsari ne na gargajiya da aka yi amfani da shi don samar da ruwa mai tsabta. Amma bayan adana ruwa mai deionization yana da sauƙin haifar da haɓaka kwayoyin cuta.
Reverse osmosis ruwa: Reverse osmosis ruwa shawo kan da yawa rashin amfani da ruwa distilled da kuma de-ion ruwa, amfani da fasahar reverse osmosis zai iya tasiri cire yawancin abubuwa na halitta kamar ƙaranci.
Ultra tsabtace ruwa: ta misali ne ruwa juriya ne 18.2MΩ-cm. Tsarin samar da ultra tsabtace ruwa sau da yawa ta amfani da reverse osmosis da ionization musayar hadawa gado ko reverse osmosis da electrodeionization (EDI) don samar da, yayin da na biyu ya fi tattalin arziki da muhalli fiye da na farko.

Tsarin aiki:
1. Yi amfani da hanyar musayar ion, tsarinsa kamar haka:
Raw ruwa → Raw ruwa matsin lamba famfo →Multi kafofin watsa labarai tace→Active carbon tace→ Soft ruwa mai tacewa → Precision tacewa → Yin resin tacewa gado → Yin resin tacewa gado → Yin resin cakuda gado → Micropore tacewa → ruwa maki
2. Yi amfani da matakai biyu reverse osmosis hanya, da tsari kamar yadda ke ƙasa:
Raw ruwa → Raw ruwa matsin lamba famfo → Multi kafofin watsa labarai tace → aiki carbon tace → m ruwa tace → daidaito tace → farko mataki reverse osmosis → pH daidaitawa → tsakiyar ruwa tanki → biyu mataki reverse osmosis (reverse osmosis fimsurface tare da positive caji) → tsabtace ruwa tanki → tsabtace ruwa famfo → micropore tace → ruwa maki
3. Amfani da hanyar EDI, tsarinsa kamar haka:
Raw ruwa → Raw ruwa matsin lamba famfo → Multi kafofin watsa labarai tace → Active Carbon tace → Softwater tace → Daidaito tace → 1st matakin reverse osmosis inji → Tsakiyar tanki → Tsakiyar ruwa famfo → EDI tsarin → Micropore tace → ruwa maki
　　Tsarin kwatanta:
A halin yanzu shirye-shiryen masana'antar sinadarai tare da tsarin ruwa mai tsabta shine ainihin nau'ikan uku a sama, sauran tsarin tsari mafi yawa ya samo asali ne akan nau'ikan tsarin tsari uku a sama don haɗuwa daban-daban. Abubuwan da suka fi dacewa da rashin amfani sune a ƙasa:
Na farko amfani da ion musayar resin shi ne fa'idodi ne a farkon zuba jari kaɗan, da kuma mamaye wuri kaɗan, amma rashin amfani shi ne bukatar sau da yawa don ion sake dawowa, cinye yawan acid da alkali, kuma yana da wasu lalacewa ga muhalli.
Nau'in na biyu yana amfani da kayan aikin reverse osmosis na matakai biyu, wanda ke da halaye mafi girma fiye da amfani da hanyar musayar resin na ion, amma ba tare da buƙatar sake dawo da resin ba. Rashin amfaninsa shine cewa asalin membrane mai dacewa yana buƙatar tsaftacewa ko maye gurbinsa a kai a kai, ingancin ruwa ba shi da yawa, mafi yawansu kawai za su iya yin game da 1us / cm, don haka a lokacin da ba a buƙaci inganci mafi girma ba sau da yawa amfani da matakin reverse osmosis na farko bayan amfani da gado mai haɗuwa (yin da yang).
Na uku amfani da reverse osmosis a matsayin pre-magani sake rarraba lantarki de-ion (EDI) na'urar, shi ne a halin yanzu samar da ruwa mai tsabta mafi tattalin arziki, mafi muhalli tsabta ruwa shirya tsari, ba tare da bukatar acid da alkali don sake amfani da su ci gaba da samar da ruwa mai tsabta, da muhalli babu wani abu mai lalacewa. Rashin amfaninsa shine zuba jari na farko yana da tsada sosai idan aka kwatanta da hanyoyin biyu.
　　Ƙasar ka'idoji:
An tsara electrolyte ne ta hanyar sulfuric acid mai tsabta da ruwa mai tsabta wanda aka sarrafa ta hanyar kayan aikin reverse osmosis, dole ne ya dace da ƙa'idodin ƙasa GB4554-84 na baturi na musamman, kuma an tsara electrolyte mai yawa na 1.22 (+ -0.01g / cm3 20oC) tare da ruwa mai tsabta wanda ya dace da buƙatun.