Muaj ntau hom taub hau hauv kev lag luam tiv thaiv ib puag ncig. Lub atomized hmoov av tshem tawm nozzles thiab desulfurization nozzles peb tsim tau dav siv hauv kev lag luam tiv thaiv ib puag ncig. Lub tshuab nqus plua plav siv cov twj tso kua dej siab kom tsav atomization lossis huab cua nrawm los tsav atomization, uas tuaj yeem tsim tau 1-5 npaug ntau dua li hmoov av. (Tom qab kev sim ntau zaus, qhov loj me ntawm huab cua muaj qhov cuam tshuam zoo tshaj plaws ntawm hmoov av), thiab tom qab ntawd nthuav tawm hauv huab cua, thaum nws cuam tshuam nrog hmoov av, nws fuses nrog hmoov av, thiab thaum kawg coj cov hmoov av rov los rau hauv av.

Peb siv cov kauv taub hau los yog lub vortex nozzles rau lub tshuab nqus cov tshuab nqus dej, uas tuaj yeem tsim qhov thaiv kom tiv thaiv sulfide los ntawm kev tso tawm los ntawm cov nplaim taws. Desulfurization nozzles feem ntau yog ua los ntawm silicon carbide. Qhov no yog vim tias thaum cov khoom siv silicon carbide tau kub txog 1300 ° C hauv huab cua, Cov txheej tiv thaiv ntawm silicon dioxide pib tsim rau saum npoo ntawm nws cov silicon carbide muaju. Nrog cov tuab ntawm txheej tiv thaiv, sab hauv silicon carbide tau tiv thaiv los ntawm oxidized, uas ua rau silicon carbide muaj oxidation zoo dua. Thaum qhov kub nce mus txog 1900K (1627 ° C) lossis siab dua, cov yeeb yaj kiab tiv thaiv silicon dioxide pib raug rhuav tshem thiab cov oxidation ntawm silicon carbide tau nce ntxiv. Yog li ntawd, 1900K yog qhov kub ua haujlwm siab ntawm silicon carbide nyob rau hauv cov pa uas muaj cov pa oxidant. silicon carbide muaj zog acid thiab alkali tsis kam.