Titanium anode (sidoo kale loo yaqaano anode-oxide-ku-saleysan titanium-ka, DSA, Dimensionally Stable Anode) waa walax koronto-dhal ah oo waxqabadkeedu sarreeyo oo si ballaaran loogu isticmaalo berrinka korantada. Waxay leedahay iska caabin daxalka oo aad u wanaagsan, firfircooni firfircoon oo sarreeya iyo nolol dheer.

1. Astaamaha asaasiga ah ee anode titanium
- Degenaanshaha cabbirka: Kala dheeraynta korantada ayaa weli ah mid aan isbeddelin inta lagu jiro habka korantada, hubinta tamarta unugga ee deggan.
- Iska caabin daxalka xooggan: Ku habboon aashitada xooggan, alkali xooggan iyo warbaahinta Cl⁻-ka kooban, oo leh caabbinta daxalka oo aad uga badan kan graphite iyo anodes-ka rasaasta.
- Danab hawleed hooseeya: Awood hoose oo ogsajiinta/koloriinta korriinka, badbaadinta 10%-20% tamarta.
- Cimri dheer: Warshadaha chlor-alkali, cimriga nolosha wuxuu gaari karaa 6 sano, halka ta graphite anode ay tahay 8 bilood oo keliya.
- Cufnaanta hadda sare: Waxay taageertaa 17A/dm² (graphite anode kaliya waa 8A/dm²), hagaajinta waxtarka wax soo saarka.

2. Meelaha ugu muhiimsan ee codsiga
(1) Warshadaha Chlor-alkali
- Electrolysis of brine si ay u soo saaraan chlorine iyo caustic soodhaha, titanium anode yarayn kartaa danab unugyada iyo hagaajinaysaa daahirsanaanta chlorine.
- Beddel graphite anode si aad uga fogaato wasakhaynta korantada.
(2) Daaweynta biyaha wasakhda ah
oxidation Electrocatalytic: Waxay hoos u dhigtaa maaddada dabiiciga ah ee daabacaadda iyo midabaynta, dawooyinka, iyo coking biyaha wasakhda ah, iyadoo heerka COD saarista ilaa 90%.
Sodium hypochlorite koronto-dhaliyaha:-Electrolyze brine si ay u soo saarto jeermis-dile, loo isticmaalo daawaynta biyaha barkadda dabaasha.
- Daaweynta biyaha wasakhaysan ee shucaaca: dib u soo kabashada korantada ee biraha shucaaca sida uranium iyo plutonium.
(3) Warshadaha korantada
Waxaa loo isticmaalaa dahaadhinta nikkel, dajinta chromium, dajinta dahabka, iwm si loo hagaajiyo isku mid ah ee lakabka dahaadhidda iyo in la yareeyo dahaadhka xal wasakhaysan.
- Kobcinta oksijiinta ee awood-dhaafka ah ayaa 0.5V ka hooseeya kan anode-ka rasaasta, kaas oo si weyn u badbaadiya tamarta.
(4) Electrolytic metallurgy
- Soo saar biraha sida naxaasta, zinc, iyo nikkel, beddel anode-ka rasaasta, kana fogow faddaraynta cathode.
- Ku habboon cufnaanta hadda sare (sida 8000A/m²) iyo kala dheerayn cidhiidhi ah (5mm) xaaladaha.
(5) Tamar cusub iyo soosaar hydrogen
- Wax soo saarka Hydrogen by electrolysis ee biyaha: Yaree horumarka ogsijiinta xad-dhaaf ah iyo hagaajin waxtarka tamarta.
- Battery-goboleed adag: loo isticmaalo soo saarista saxan ku salaysan titanium.
(6) Codsiyada kale
- Ilaalinta Cathodic: ka-hortagga daxalka dhismayaasha birta badda, oo leh nolol adeeg ka badan 10 sano.
- Isku-dhafka korantada: sida diyaarinta xayndaabyada organic iyo dhexdhexaadiyeyaasha dawooyinka.

3. Habka dahaarka iyo xulashada
- Dahaarka caadiga ah:
- Ruthenium (RuO₂): ku habboon warshadaha chlor-alkali, u adkaysata daxalka Cl⁻.
- Iridium (IrO₂): caabbinta aashitada oo xooggan, oo ku habboon daaweynta biyaha wasakhda ah.
- daahan Platinum: loo isticmaalo saafi-sare titanium electrolysis, adkaysi u heerkulka sare (600 ℃).
- Qaab-dhismeedka: saxan, tuubo, mesh, silig, iwm, ayaa loo habeyn karaa iyadoo loo eegayo baahiyaha.

4. Dayactirka iyo cimri dhererka
- Nadiifinta joogtada ah: ku luqluq biyo dheeman ka dib xidhitaanka si aad uga fogaato meel dhigista.
- Iska ilaali burburka farsamada: waxyeelada lakabka platina waxay sababi doontaa daxalka degdega ah ee substrate titanium.
- Firfircoonida korantada: dib u celi daaweynta hadda jirta 3000 saacadood kasta si aad uga saarto lakabka passivation.

5. Isbeddellada horumarka mustaqbalka
Dahaarka isku dhafan: sida platinum-iridium gradient daahan, taas oo sii yaraynaysa horumarka oksijiinta ee awoodda (shaybaarka ayaa gaadhay 1.25V).
- Korjoogteynta caqliga leh: dareemayaasha isku dhafan waxay la socdaan luminta daahan waqtiga dhabta ah.
- Ilaalinta deegaanka iyo codsiyada tamarta cusub: sida baytariyada adag-state iyo wax soo saarka hydrogen hufan.