The I-Chlorine Electrolysis Cell represents a significant advancement in technology, specifically engineered for the efficient generation of chlorine gas through a sophisticated electrolysis process. This cutting-edge device plays a pivotal role across multiple industries, including water treatment, chemical manufacturing, and food processing, where the demand for high-quality chlorine is essential. By delivering reliable and efficient chlorine production, the cell supports a variety of applications that are critical for maintaining hygiene, ensuring safe water supplies, and facilitating numerous chemical reactions.With the iseli, industries can produce chlorine on-site, significantly reducing transportation costs and minimizing environmental impacts associated with chlorine handling and storage. Overall, this innovative device not only enhances production efficiency but also supports sustainable practices across diverse sectors.
The I-Titanium Anode in I-Chlorine Electrolysis Cell isebenzisa ukwakheka kwamakhemikhali okuyingqayizivele kanye nesakhiwo ukuze kuqinisekiswe ukuzinza nokuqina kwayo ngesikhathi sokuphendula kwe-electrochemical. Inezinzuzo ezilandelayo:
The I-Chlorine Electrolysis Cell iyithuluzi elisezingeni eliphezulu eliklanyelwe ukukhiqiza igesi ye-chlorine ngenqubo ye-electrolysis. Inezinhlobonhlobo zezinhlelo zokusebenza kuzo zonke izimboni ezahlukahlukene, iletha ukusebenza okuphezulu nokusebenza kahle kwe-chlorine.
Iseli lisebenzisa i-electrochemical reaction ukukhiqiza igesi ye-chlorine. Iqukethe i-anode kanye ne-cathode ehlukaniswe yi-electrolyte. Lapho ugesi oqondile udlula ku-electrolyte, igesi ye-chlorine ikhiqizwa ku-anode, kuyilapho igesi ye-hydrogen ikhiqizwa ku-cathode. Igesi ye-chlorine ingaqoqwa futhi isetshenziselwe ukusetshenziswa okuhlukahlukene.
Amanzi anosawoti agxile kancane abhekana nokusabela kwe-electrochemical ngokusebenzisa i-electrified electrode ukuze akhiqize isisombululo se-sodium hypochlorite. Ngemva kokufakwa ugesi, i-H2O iphuma endaweni ye-cathode ukuze ikhiqize i-OH - ne-H2, kuyilapho i-Cl - ikhipha endaweni ye-anode ukuze ikhiqize i-Cl2, ebese isabela nge-OH - ukukhiqiza i-CLO -.
Ukusabela kwe-Electrode: I-Anode: 2Cl --2e → Cl2
I-Cathode: 2H++2e → H2
Ukusabela kwesixazululo: 2NaOH+Cl2 → NaCl+NaClO+H2O
Isamba sokusabela simi kanje:
I-NaCl+H2O → NaClO+H2 ↑
The I-Chlorine Electrolysis Cell ithola izinhlelo zayo ku:
ukubulawa kwezilwane ezifuywayo
ukwehla kwamanzi ajikelezayo
ukubulala amagciwane emanzini okuphuza
umkhumbi ukwelashwa ballast amanzi
ukukhiqizwa kwamakhemikhali
i-swimming pool disinfection
Iyini impilo ye- I-Chlorine Electrolysis Cell?
Iseli yakhelwe ukuphila iminyaka emi-5 ngaphansi kwezimo ezijwayelekile zokusebenza.
Yiziphi izitifiketi onazo umkhiqizo?
The I-Chlorine Electrolysis Cell ugunyazwe ukuhlangabezana namazinga okuphepha nekhwalithi yamazwe ngamazwe njenge-ISO.
Yiziphi izinsizakalo ezinikezwa ngemuva kokuthengisa?
I-TJNE inikezela ngezinsizakalo eziphelele zokumisa okukodwa ngemuva kokuthengisa, okuhlanganisa ukwesekwa kobuchwepheshe, ukunakekelwa, kanye nezingxenye ezisele.
Uma ucabangela yethu I-Chlorine Electrolysis Cell, zizwe ukhululekile ukuxhumana nathi ku yangbo@tjanode.com. Singabakhiqizi nabahlinzeki abaqeqeshiwe abanobuchwepheshe obuqinile, ukulethwa okusheshayo, nokusekelwa okuhle kakhulu kwamakhasimende. Sihlinzeka ngesitifiketi esiphelele nemibiko yokuhlola ukuze siqinisekise ukwethembeka kwemikhiqizo yethu.