Kamar yadda babban kayan aikin tsarkakewa na zamani na zamani,Silicon Carbide FgD NozzlesYi wasa muhimmiyar rawa a cikin filayen masana'antu kamar su wutar ta zafi da ƙarfe. Wannan silicon carbide ceram tubght ya samu nasarar warware dandin labarun gargajiya na gargajiya na gargajiya na tsararren tsarin tsari, inganta yanayin datsewar tsari, yana inganta ingancin yanayi.
1, kayan aikin kayan da ke kwance tushe don aiwatarwa
Da mohs wuya naSilicon Carbide GerbicsYa kai 9.2 na biyu kawai ga lu'u-lu'u, kuma tazara ta har sau uku ce ta garin Alumina. Wannan tsarin crystal yana haifar da kayan tare da kyawawan jemrin jiki wanda ke ɗauke da lu'ulu'u mai ƙarfi da ke ɗauke da 12m / s) kawai 1/20 na wannan na ƙarfe nozzles. A cikin tushe mai ƙarancin acid tare da ƙimar PH ta 4-10, raunin juriya na silicon carbide ƙasa da 0.5mm / shekara ta 316mth / shekara ta 316m.
Fitar da yaduwar yanayin sararin samaniya na kayan (4.0 × 10 ⁻⁶ / ℃) yana kusa da na ƙarfe, kuma yana iya har yanzu yana kula da kwanciyar hankali a ƙarƙashin bambancin zazzabi na 150 ℃. Silicon Carbide Theramics An Shirye ta hanyar dauki sinadarai tsarin suna da yawa na sama da 98% da kuma matsakaicin lalacewa ta hanyar rashin daidaituwa na matsakaici.
2, daidaitaccen tsarin atomization da sarrafa filin
Dasilicon carbiund na karkaceMuhimmi yana ƙaruwa da saurin saurin saurin slurry, kuma tare da ingantaccen kayan maye, ya rushe dutsen slurry cikin kananan da uniform driplets. A m conal conal perayimar filin ɗaukar nauyin da wannan tsarin yana da girma sosai, kuma lokacin da za a iya tsawaita lokacin droplets zuwa 2-3% sama da na na gargajiya nozzles.
3, tsarin daidaitawa da ingantawa na injiniya
A cikin Hasumiyar Tower,Silicon Carbide FgD NozzlesAn shirya shi a cikin hanyar Chessboboboboard, tare da spacing na 1.2-1.5 sau mai fesa diamita, forming 3-5 yadudduka na dillali. Wannan tsari yana tabbatar da cewa, ɗaukar hoto na sashin desulfurization ya wuce 200%, tabbatar da isassun isowar gas da kuma slurry. Tare da fanko flatsartsarancin flow of 3-5 m / s, an sarrafa tsarin matsin lamba a cikin kewayon 800-1200 pa.
Bayanai na aiki yana nuna cewa ingancin yanayin tsarin FGD ta amfani da adadin silicon Carbide da kashi 97%, kuma danshi abun ciki na gypsum da aka rage zuwa ƙasa da 10%. An kara yawan sake fasalin kayan aikin daga watanni 3 don ƙarfe nozzles zuwa shekaru 3, kuma farashin kayan adon ya ragu da kashi 70%.
Aikace-aikacen wannanFgd bututun ƙarfeAlamar tsalle daga fyaɗa zuwa ainihin kayan aikin kare muhalli. Tare da balaga na fasaha na 3D na uku, ƙirar ƙirar ƙirar za a iya gane shi nan gaba, wanda zai iya inganta fasaha mai ƙarancin haɓaka don shigar da sabon mataki na ci gaba.
Lokacin Post: Mar-24-2025