Yini ingozi yebhethri le-lead-asidi likadoti?

ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Furnizor centrală portabilă

Ngokuthuthuka kancane kancane kwamathani angu-720,000 / uhlelo lwenethiwekhi yonyaka yokutakula amabhethri angenayo imfucuza, i-sulfate electrolyte ekhiqizwa ibhethri le-lead-acid engcolile nayo iye yanda, kanye ne-Henan Yuguang Lead Co., Ltd. inamathani angu-360,000 / Ibhethri le-lead-asidi engudoti yonyaka lihlakaza ngokuzenzakalelayo ulayini wokukhiqiza, ngokukhishwa konyaka okungaba ngamamitha-skwele angu-20,000, kusetshenziswa indlela yokulahla okuphakathi nendawo kuzokhiqiza inani elikhulu le-sludge, futhi izindleko ziyabiza.

Ngokuhlaziywa kokuhlolwa kwezithako zebhethri ye-lead-acid ye-electrolyte, umbhali uyahlanzwa, futhi i-phybrid acid electrolyte acid icwiliswa esivivinyweni, ukubonakaliswa okungenzeka kokuhlolwa kokuhlola kanye nezimo zenqubo, kutholwe isethi yamabhethri alashwe kahle alashwe nge-lead-acid Isixazululo se-Electrolytic. Inqubo inciphisa izindleko eziphelele zokulahla i-electrolyte yegesi yokukhipha imfucuza yebhethri le-lead-acid, futhi ayinakho ukungcola, ivikela imvelo. Inqubo yokwelapha isixazululo se-Electrolytic icwaninga ukusetshenziswa kwebhethri ele-lead-acid elisuselwa kudoti inqubo yokuhlaziya izithako ze-electrolyte Design Njengamanje, inkampani ikhiqiza i-nano-zinc oxide ne-sodium sulfate ne-sodium carbonate, esebenzisa ucwaningo oluzimele lwenkampani kanye nentuthuko.

Usayizi wezinhlayiyana ze-nano-zinc oxide okhiqizwe yimishini yesithando somlilo owomile uyinto encane, umsebenzi ophezulu, indawo enkulu ethize. Ngokusetshenziswa kwesixazululo sebhethri ye-lead-acid ye-electrolytic, umbhali angaqhathaniswa nokusetshenziswa kwenqubo yokukhiqiza i-nano-zinc oxide yegolide le-Yuko, futhi ukwengezwa kokwengezwa kwama-electrolyte e-sulfuric acid kubangelwa ukukhishwa kwe-zinc ekhishiwe. Umthelela nokungcola kwe-electrolyte akunawo umthelela kukhwalithi yomkhiqizo.

Inqubo yokuhlola ilabhorethri inqubo yokuhlola inqubo yokukhiqiza i-nano-zinc oxide, futhi umkhiqizo wokugcina uyi-alkali-zinc carbonate emanzi. Izimo ezithile ziyafana nenqubo yokukhiqiza yangempela. Izinto ezisetshenziswayo zingama-200 g we-zinc oxide yesibili ephuma ohlelweni lokuhola.

Ngesikhathi senqubo yokucwiliswa kwe-asidi, isilinganiso esiqinile esiwuketshezi singu-5: 1, ngaphandle kwenani elifunekayo lesulfure egxilile, uketshezi olusele luyibhethri le-asidi ewudoti elizomiswa i-inducee. Fundisa Electrolyte. Kanye, ukuhlanzwa kwesibili kune-titration encane ye-potassium ne-zinc powder, akukho isisindo esiqondile.

Ukuhlolwa okuqondile kuboniswa kuThebula 2, Ithebula 3, Ithebula 4. Njengoba kungabonwa kuThebula 2, Ithebula 3, iwukucwiliswa kwe-asidi okusobala kakhulu ekusetshenzisweni kwe-electrolyte ye-lead-acid yebhethri ye-sulfuric acid, futhi ukucwiliswa kwe-asidi kubonakala kakhulu. I-potassium esetshenzisiwe ifakwe kancane nge-potassium futhi inani le-purge slag liqinisekiswa kakhulu, futhi isisombululo se-electrolytic siphezulu.

Njengoba kungabonakala emiphumeleni yokuhlolwa yeThebula lesi-4, i-calciocarbonate eyisisekelo ekhiqizwa ibhethri elinodoti eline-asidi ye-sulfuric acid electrolyte ihambisana ngokuyisisekelo nezidingo zenqubo yokukhiqiza. Ngokwesimo sangempela, ngokusho kwesimo sangempela, ibhethri ye-lead-acid i-sulfuric acid electrolyte 20 ilahlwa, futhi inani le-asidi liyacwiliswa, futhi inani le-potassium permanganate liye lanezelwa izikhathi ezingu-3. Okulandelayo, ukuhlolwa kwezimboni, qinisekisa lesi sigaba semiphumela yokuhlolwa.

Ukuhlolwa Kwezimboni Nokukhiqizwa kwe-Henan Yuguangjin Lead Co., Ltd. I-Renewable lead Factory kanye ne-Shaanxi Jinyin Technology Development Co.

, Ltd. isebenzisa isihlungi esilwa nokuwasha esisebenza ngokuzenzakalela ukuze yenze izivivinyo eziningi ezibukhoma, ithole ukuhlungwa kokuhlunga kwe-electrolyte kanye nenqubo yokuhlunga, isitshalo sokuhola esivuselelwe ngo-Okthoba sithathe indawo yeshubhu lefilimu lesihlungi laba ulwelwesi lwesihlungi olufanele elingu-80mm PP ngesihlungi se-Gall membrane esingenzi lutho ukuze kutholakale ukwelashwa kokuhlanzeka okuphezulu kwe-electrolyte yebhethri le-asidi, okuwukukhiqizwa kwe-zinc oxide yesibili. I-Zinc oxide inikeza i-electrolyte ye-sulfuric acid ehlanzekile.

Ngo-8:30 ngo-Okthoba 11, 2016, umbhali wasebenzisa i-asidi ecwiliswe iketela eli-2 esitshalweni se-zinc oxide. Isixazululo se-electrolytic sesisombululo se-sulfuric acid electrolytic sakhishwa cishe ngamamitha angu-4 ngemva kokuhlanzwa, futhi i-sulfuric acid yacwiliswa. 3.

5M3 acid ukucwiliswa uketshezi, potassium polymented potassium permeate yokuhlanza. Inani le-accipie yangempela yenqubo yokucwiliswa kwe-asidi liboniswa kuThebula 5. Kungabonakala ekwelapheni kwezinto ezisizayo zoqobo kusuka kunqubo yokucwiliswa kwe-asidi engu-5.

Njengoba i-acidic acid electrolytic acid electrolytic acid electrolytic acid electrolytic acid induction iphansi, inani le-sulfuric acid ekukhiqizweni alilikhulu, i-asidi yokugcina yokucwiliswa iyafana kakhulu. Inani le-potassium permanganate elisetshenziswa enqubweni enetha lengezwa ekukhiqizeni okujwayelekile, futhi uma libalwa ngokwenani loketshezi, inani le-potassium permanganate likhuphuka ngo-0.218kg / m3 kuya ku-0.

68kg / m3, futhi iguqulelwe ku-0.218kg / m3. Ukusetshenziswa kweyunithi ye-zinc oxide yile: 0.

63×0.68 / 0.218 = 1.

98kg/t. Ngemuva kokuhlolwa, inkomba yokugcina ye-nano-zinc oxide yomkhiqizo iyafaneleka.