A zamanin yau na kare muhalli, tsarin rage yawan sinadarin sulfate a masana'antu yana da matuƙar muhimmanci. A matsayin muhimmin sashi, aikin cire sinadarin sulfate kai tsaye yana shafar tasirin cire sinadarin sulfate. A yau, za mu gabatar da bututun cire sinadarin sulfate mai aiki sosai -silicon carbide yumbu desulfurization bututun ƙarfe.
Tukwanen silicon carbide wani sabon nau'in kayan aiki ne mai inganci wanda, duk da kamanninsa mara ban mamaki, yana ɗauke da babban kuzari. Ya ƙunshi abubuwa biyu, silicon da carbon, kuma ana yin shi ta hanyar wani tsari na musamman. A matakin ƙananan halittu, tsarin atomic a cikin tukwanen silicon carbide yana da tsari sosai, yana samar da tsari mai ƙarfi da ƙarfi, wanda ke ba shi kyawawan halaye masu yawa.
Mafi kyawun fasalin bututun ƙarfe na silicon carbide na yumbu mai narkewar sulfurization shine juriyar zafinsa mai yawa. A cikin tsarin cire sulfurization na masana'antu, ana samun yanayin aiki mai zafi, kamar yawan zafin iskar gas da wasu injinan dumama ruwa ke fitarwa. Bututun ƙarfe na yau da kullun suna da saurin lalacewa da lalacewa a irin wannan yanayin zafi mai yawa, kamar yadda cakulan ke narkewa a yanayin zafi mai yawa. Duk da haka, bututun ƙarfe na silicon carbide na iya jure yanayin zafi mai yawa har zuwa 1350 ℃ cikin sauƙi, kamar jarumi mara tsoro, yana manne da sandarsa a kan "filin yaƙi" mai zafi, yana aiki da kyau, kuma yana tabbatar da cewa tsarin cire sulfuration bai shafi yanayin zafi ba.
Haka kuma yana da juriya sosai ga lalacewa. A lokacin aikin cire sulfur, bututun za a wanke shi da sinadarin desulfurizer mai saurin gudu da barbashi masu ƙarfi a cikin iskar gas, kamar yadda iska da yashi ke ci gaba da hura duwatsu. Zaizayar ƙasa na dogon lokaci na iya haifar da lalacewar saman ƙasa mai tsanani kuma yana rage tsawon rayuwar bututun yau da kullun. bututun desulfurization na silicon carbide, tare da babban tauri, zai iya tsayayya da wannan nau'in lalacewa yadda ya kamata, yana tsawaita tsawon lokacin aikinsa, yana rage yawan kulawa da maye gurbin kayan aiki, da kuma adana farashi ga kamfanoni.
Juriyar tsatsa kuma babban makami ne ga bututun ƙarfe na silicon carbide. Masu tacewa galibi suna da kaddarorin lalata kamar acidity da alkalinity. A irin wannan yanayin sinadarai, bututun ƙarfe na yau da kullun suna kama da jiragen ruwa masu rauni waɗanda za su niƙa da sauri ta hanyar "raƙuman tsatsa". Tukwanen silicon carbide suna da kyakkyawan juriya ga waɗannan hanyoyin lalata kuma suna iya kiyaye aiki mai kyau ko da a cikin mawuyacin yanayi na sinadarai, wanda hakan ke sa su zama marasa sauƙin kamuwa da lalacewar tsatsa.
Ka'idar aiki ta bututun ƙarfe na silicon carbide na yumbu yana da ban sha'awa sosai. Lokacin da bututun ƙarfe na silicon carbide ya shiga bututun ƙarfe, zai hanzarta kuma ya juya a cikin wata hanyar kwarara ta ciki da aka tsara musamman, sannan a fesa shi a wani kusurwa da siffa ta musamman. Zai iya fesa bututun ƙarfe a ko'ina cikin ƙananan ɗigon ruwa, kamar ruwan sama na wucin gadi, yana ƙara yankin da iskar gas ɗin ke haɗuwa da shi, yana ba da damar bututun ƙarfe ya amsa da iskar gas mai cutarwa kamar sulfur dioxide a cikin iskar gas ɗin, ta haka yana inganta ingancin bututun ƙarfe.
A cikin hasumiyar cire sulfurization na tashar wutar lantarki, bututun cire sulfurization na silicon carbide muhimmin sashi ne na feshi. Yana da alhakin fesawa daidai gwargwado na sinadaran cire sulfurization kamar sulfur na dutse a cikin iskar gas, cire abubuwa masu cutarwa kamar sulfur dioxide daga iskar gas, da kuma kare sararin samaniya mai launin shuɗi da gajimare fari. A cikin tsarin cire sulfurization na iskar gas na injunan tace sintering a cikin masana'antun ƙarfe, yana kuma taka muhimmiyar rawa wajen rage yawan sulfur a cikin iska da kuma rage gurɓataccen muhalli.
Tare da ci gaba da inganta buƙatun kariyar muhalli, yuwuwar amfani da bututun ƙarfe na silicon carbide na seramiiki zai ƙara faɗaɗa. A nan gaba, zai ci gaba da haɓakawa da haɓakawa, ƙara ba da gudummawa ga kariyar muhalli ta masana'antu, da kuma kare gidanmu na muhalli a fannoni da yawa.
Lokacin Saƙo: Agusta-21-2025