I-Seawater Electrolysis
2.Ukugqoka: Kuhlanganiswe ne-ruthenium ne-iridium, i-ruthenium- iridium- platinum. Amandla e-chlorination angaphansi futhi alingana no-1.1V.
3.Ukuqina kwe-Coating: 0.2-20μm, ukugcina ukusebenza okuzinzile emanzini olwandle electrolysis. I-Chlorine precipitation anode life>5 years, cathode life>20 years.
4.Izinga lokushisa lokusebenza: 5-40°C
The entry of aquatic invasive organisms into nonlocal waters through ballast water is a serious challenge for the entire maritime industry. TJNE ballast water treatment technology provides reliable treatment solutions for new and modified ships, which can comply with the strictest ballast water regulations in the world. The titanium electrode for i-electrolysis yamanzi olwandle plays a crucial role in the process of treating ballast water, which is essential for preventing the spread of harmful aquatic organisms and pathogens across different marine environments. In ballast water treatment systems, this electrode facilitates the electrolysis process, where an electrical current is applied to seawater, resulting in the generation of chlorine and other reactive species. These compounds are highly effective at disinfecting the water by killing or inactivating a wide range of microorganisms, including bacteria, viruses, and invasive species that could disrupt local ecosystems.
The exceptional corrosion resistance and durability of titanium ensure that the electrode maintains its performance over time, providing reliable operation in demanding conditions. Furthermore, titanium electrodes for i-electrolysis yamanzi olwandle can support high current densities, which enhances the efficiency of the electrolysis process, leading to quicker and more effective treatment of ballast water.
I-Titanium electrode ye i-electrolysis yamanzi olwandle yakhiwe kusetshenziswa amasu okukhiqiza athuthukile ukuze kuqinisekiswe ukusebenza kahle okuphezulu nokuqina. Izici zayo ezibalulekile nezici zifaka:
Ukusebenza kahle kokubulala amagciwane, ukuqinisekisa ukuhambisana nemithetho yokwelashwa kwamanzi e-ballast
Idizayini ye-electrode elungiselelwe ukusabela okuthembekile nokusebenza kahle kwe-electrochemical
Impahla ye-titanium engagqwali ukuze isebenze isikhathi eside futhi ihlala isikhathi eside
Ukufakwa okulula nokugcinwa
Usayizi ohlangene nesisindo esincane, songa isikhala
| Into | Ipharamitha |
|---|---|
| Umumo we-substrate | Ipuleti, anezikhala |
| Ubukhulu be-substrate | 1mm, 2mm |
| substrate | GR1, GR2 |
| esinemthombo | Ru-Ir, Ru-Ir-Pt |
| Ukuqina kwe-coating | I-0.2-20μm |
| Amandla e-chlorine | ≤1.1V |
| I-polarizability | ≤25mv |
| lokushisa Ukusebenza | I-5-40 ° C |
Ukusebenza Isimiso
I-Titanium electrode ye i-electrolysis yamanzi olwandle isebenzisa ukusabela kwe-electrochemical ukuphatha kahle amanzi e-ballast. Ikhiqiza i-chlorine namanye amakhemikhali e-oxidizing, anezici ezinamandla zokubulala amagciwane, lapho kusetshenziswa umsinga kagesi. Lawa makhemikhali abulala noma asuse amagciwane ayingozi, ama-microorganisms, namanye amagciwane akhona emanzini e-ballast, ukuqinisekisa ukuthi amanzi e-ballast ahlanzekile futhi aphephile ngaphambi kokukhishwa.
Ukwakheka
I-Titanium electrode ye i-electrolysis yamanzi olwandle yakhelwe ngokukhethekile ukusetshenziswa ezinhlelweni zokwelashwa kwamanzi e-ballast emikhunjini yasolwandle. Yenziwe nge-titanium yebanga loku-1, inikeza ukumelana nokugqwala okuhle kakhulu ezindaweni zamanzi olwandle. I-electrode iqukethe izingxenye ezimbili eziyinhloko - i-titanium substrate kanye ne-metal oxide coating.
I-titanium substrate inesakhiwo esinjenge-mesh esenza indawo engaphezulu ibe phezulu. Yenziwa ngokufaka i-titanium powder ehlanzekile ibe yinethiwekhi enezimbotshana. Indawo ephezulu ivumela ukusabela okusebenzayo kwe-electrochemical ngesikhathi sokuhlanza amanzi olwandle. Isakhiwo se-mesh siphinde sivumele ukumelana nokugeleza okuphansi njengoba amanzi edlula ku-electrode.
Phezulu kwe-titanium substrate, i-coating encane ye-oxide yensimbi ehlanganisiwe isetshenziswa kusetshenziswa ukubola okushisayo. Lokhu kunamathela kuyinhlanganisela yokuphathelene elungiselelwe ukukhiqizwa kwe-chlorine. Ngokuvamile iqukethe ama-oxide e-ruthenium, iridium, ithini, namanye ama-electrocatalyst. I-coating yehlisa ngokuphawulekayo amandla angaphezu kwamandla futhi ithuthukisa i-kinetics yokuvula ukusabela kwe-electrolytic, okuholela ekukhiqizeni i-chlorine ephumelelayo ngamavolumu aphansi.
Imibuzo Evame Ukubuzwa
1. Ingabe i-titanium electrode ifaneleka kuzo zonke izinhlobo zezinhlelo zokwelashwa kwamanzi e-ballast?
Yebo, i-titanium electrode ingahlanganiswa nezinhlobo ezahlukene zezinhlelo zokwelashwa kwamanzi e-ballast.
2. Ingakanani impilo ye-titanium electrode?
I-titanium electrode iphila iminyaka eyi-10 kuye kweyi-15, kuye ngezimo zokusebenza nokugcinwa kwayo.
3. Ingabe zikhona izidingo ezithile zokunakekela i-electrode ye-titanium?
I-titanium electrode idinga ukuhlanzwa nokuhlolwa ngezikhathi ezithile ukuze kususwe noma yikuphi ukungcola okungaba khona noma ukukala.
4. Ingabe i-titanium electrode iyahlangabezana nezindinganiso nemithetho yamazwe ngamazwe?
Yebo, i-titanium electrode ithobela izindinganiso zamazwe ngamazwe ezifanele kanye nemithethonqubo yokwelashwa kwamanzi e-ballast.
Xhumana nathi
Uma ucabanga ukukhetha eyakho i-Titanium Electrode, sicela ukhululeke ukusithinta ku yangbo@tjanode.com.
I-TJNE ingumkhiqizi ochwepheshe kanye nomphakeli wama-electrode e-titanium i-electrolysis yamanzi olwandle, enikezela ngobuchwepheshe obuqinile, isevisi ephelele yangemva kokuthengisa, isitifiketi esiphelele nemibiko yokuhlola, ukulethwa okusheshayo, nokupakishwa okuvikelekile. Sikusekela ngokugcwele ukuhlolwa nokuhlolwa komkhiqizo ngaphambi kokuthenga.
