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ଲେଖକ: ଆଇଫ୍ଲୋପାୱାର - Dobavljač prijenosnih elektrana

Ngokuphucuka ngokuthe ngcembe kweetoni ezingama-720,000 / inkqubo yothungelwano yokubuyisela ibhetri engalahlwayo minyaka le, i-sulfate electrolyte eveliswe yinkunkuma ye-asidi yebhetri iye yanda, kunye neHenan Yuguang Lead Co., Ltd. ine-360,000 yeetoni / Inkunkuma yonyaka ye-asidi ibhetri idiliza ngokuzenzekelayo umgca wemveliso, kunye nesiphumo sonyaka malunga ne-20,000 yeemitha zesikwere, usebenzisa ukulahlwa okuphakathi kunye nomxholo kuya kuvelisa isixa esikhulu se-sludge, kwaye ixabiso liyabiza.

Ngokusebenzisa uhlalutyo uvavanyo inkunkuma lead-asidi ibhetri electrolyte izithako, umbhali ihlanjululwe, kunye phybrid acid electrolyte acid entywiliselwe kuvavanyo, umboniso ukwenzeka ukuhlola uvavanyo kunye neemeko inkqubo, wafumana iseti ephathwayo ngempumelelo inkunkuma ilothe-asidi iibhetri Electrolytic isisombululo. Inkqubo inciphisa iindleko ezibanzi zokulahla i-electrolyte yegesi yenkunkuma ye-lead-asidi yebhetri, kwaye ayinangcoliseko, ikhusela okusingqongileyo. Inkqubo yonyango yesisombululo se-Electrolytic ifunda ukusetyenziswa kwe-lead-acid-based lead-acid ibhetri ye-electrolyte izithako zokuhlalutya inkqubo Ukuyila Okwangoku, inkampani ivelisa i-nano-zinc oxide kunye ne-sodium sulfate kunye ne-sodium carbonate, esebenzisa uphando oluzimeleyo lwenkampani kunye nophuhliso.

I-nano-zinc oxide particle ubukhulu obuveliswa yisixhobo somlilo somlilo sincinci, umsebenzi ophezulu, indawo enkulu yendawo ethile. Ngokusebenzisa inkunkuma ye-lead-acid ye-electrolytic solution, umbhali unokuthelekiswa nokusetyenziswa kwenkqubo yokuvelisa i-nano-zinc oxide ye-Yuko yegolide, kunye nokongezwa kokongezwa kwe-sulfuric acid electrolytes kubangelwa ukukhutshwa kwe-zinc ehlutshiweyo. Impembelelo kunye nokungcola kwe-electrolyte akunampembelelo kumgangatho wemveliso.

Inkqubo yovavanyo lwebhubhoratri yovavanyo yinkqubo yokuvelisa i-nano-zinc oxide, kwaye imveliso yokugqibela yi-alkali-zinc carbonate emanzi. Iimeko ezithile ziyafana neyona nkqubo yokuvelisa. I-raw material yi-200 g ye-second zinc oxide output evela kwi-lead system.

Ngethuba lenkqubo yokuntywiliselwa kweasidi, umlinganiselo wolwelo oluqinileyo yi-5: 1, ngaphandle kwexabiso elifunekayo lesulfure egxininisiweyo, ulwelo oluseleyo luyinkunkuma yonke ibhetri ye-lead-acid yokuma inducee. Ukufundisa i-Electrolyte. Kanye, ukucocwa kwesibini kune-titration encinci ye-potassium kunye ne-zinc powder, akukho bunzima obuthile.

Imifuniselo ethile iboniswe kwiThebhile 2, iThebhile 3, iThebhile 4. Njengoko kunokubonwa kwiTheyibhile 2, iTheyibhile 3, yeyona nto icacileyo yokuntywiliselwa kweasidi ekusebenziseni inkunkuma ye-lead-acid yebhetri yesulfuric acid electrolyte, kwaye ukuntywiliselwa kweasidi kubonakala ngakumbi. I-potassium esetyenzisiweyo ihlanjululwe kancinci nge potassium kwaye inani le-slag yokuhlanjululwa liqinisekisiwe kakhulu, kwaye isisombululo se-electrolytic siphezulu.

Njengoko kunokubonwa kwiziphumo zovavanyo lweThebhile 4, i-calciocarbonate esisiseko eveliswe yinkunkuma ye-lead-acid yebhetri i-sulfuric acid electrolyte ngokusisiseko ihambelana neemfuno zenkqubo yokuvelisa. Ngokwemeko yangempela, ngokwemeko yangempela, inkunkuma ye-lead-acid ibhetri ye-sulfuric acid electrolyte 20 ilahliwe, kwaye isixa se-asidi sintywiliselwa, kwaye isixa se-potassium permanganate yongezwe ngamaxesha angama-3. Okulandelayo, uvavanyo lwamashishini, qinisekisa iziphumo zovavanyo lwenqanaba.

Uvavanyo loShishino kunye neMveliso yeHenan Yuguangjin Lead Co., Ltd. Umzi-mveliso oHlaziywayo oKhokelayo kunye ne-Shaanxi Jinyin Technology Development Co.

, Ltd. isebenzisa umphezulu ozenzekelayo wokucoca ukucoca ukwenza iimvavanyo ezininzi eziphilayo, ukufumana ukuhluzwa kokuhluzwa kwe-electrolyte kunye nenkqubo yokucoca, u-Okthobha waphinda wahlaziywa isityalo esikhokelayo satshintsha ityhubhu yefilimu yokucoca kwindawo efanelekileyo ye-80mm ye-PP ye-membrane yokucoca ene-Gall membrane filter engasebenziyo ukuphumeza unyango olusulungekileyo lokucoca inkunkuma ye-lead-acid ye-electrolyte, eyimveliso yesibini ye-zinc oxide ye-nanometer oxide. I-Zinc oxide ibonelela nge-electrolyte ye-sulfuric acid ecocekileyo.

Nge-8: 30 ngo-Oktobha 11, i-2016, umbhali wasebenzisa i-asidi egxininise i-2 kettle kwisityalo se-zinc oxide. Isisombululo se-electrolytic se-sulfuric acid electrolytic solution saxutywa malunga ne-4 m3 emva kokucocwa, kwaye i-asidi ye-sulfuric yachithwa. 3.

I-5M3 ye-asidi yokuntywiliselwa ulwelo, i-potassium ye-polymented potassium permeate yokucoca. Ubungakanani bomxhasi wokuqala wenkqubo yokuntywiliselwa kweasidi iboniswe kwiThebhile yesi-5. Inokubonwa kunyango lwe-excipients yokuqala ukusuka kwinkqubo yokuntywiliselwa kwe-asidi ye-5.

Ekubeni iasidi ye-asidi ye-asidi ye-electrolytic i-asidi ye-electrolytic ye-asidi ye-electrolytic iphantsi, isixa se-asidi ye-sulfuric kwimveliso ayinkulu, i-asidi yokuntywiliselwa kwi-asidi yokugqibela iyafana kakhulu. Ubungakanani be-potassium permanganate esetyenziswa kwinkqubo yomnatha yongezwa kwimveliso eqhelekileyo, kwaye ukuba ibalwe ngokwexabiso lolwelo, isixa se-potassium permanganate sonyuka nge-0.218kg / m3 ukuya kwi-0.

68kg / m3, kwaye iguqulwe ibe yi-0.218kg / m3. Ukusetyenziswa kweyunithi ye-zinc oxide yile: 0.

63×0.68 / 0.218 = 1.

98kg/t. Emva kokuvavanya, isalathisi sokugqibela se-nano-zinc oxide sifanelekile.