Ibhakede lokuhlunga uthuli lwezimboni, usayizi nohlobo, izinsiza zokuhlanza umoya eziningi, umkhiqizi uthengisa ngqo

Ibhakede yokuhlunga iyithuluzi lokuhlunga uthuli olomile. Ilungele ukubamba uthuli oluncane, olomile, olungafibrous
Uthuli. Ibhakede lokuhlunga lenziwe ngendwangu yokuhlunga eyakhelwe noma ifilimu engakhelwanga, isebenzisa umphumela wokuhlunga wefibre
Ukuze ihlunge uthuli olukhona emoyeni, futhi uma umoya onguthuli ungene ebhakeni lokuhlunga, uthuli olunamaphuzu amakhulu kanye nesikhala esiphezulu sizosuswa
Uthuli, ngenxa kokusebenza kwesisindo, luhlala phansi futhi luhamba lufika ebhakedeni le-ash, kuyilapho umoya onguthuli oluncane udlula
Lapho usebenzisa imithombo yokuhlunga, uthuli luhlala ukuze luhlunge umoya.

Ukukhishwa kwe-SO2 okuqondile nokuhlunga uthuli, kusetshenziswa ukuhluza uthuli olomile, i-carbon activated ukuze ibanjwe i-SO2, enezinhlelo eziphelele, ezihlanganisiwe
Ithuluzi liphelele futhi linokusebenza okuphezulu kokuhlunga. Lisetshenziswa kabanzi emikhakheni efana nezitofu, umoya ophuma emathunjini, njll
hlunga. I-dry desulfurization and dust collector ihlanganisa izingxenye ezimbili: ukususa uthuli nokubamba. I-ceramic multi tube dust removal isetshenziswa ukususa uthuli
I-dust collector, umoya ophuma onguthuli nolweli uqala ukufika engxenyeni yokususa uthuli, futhi umoya ophuma ngemuva kokususa uthuli ufika engxenyeni yokuhlanza i-SO2
Ngaphandle kwe-sulfur, i-carbon activated ibanjwa ukuze ihlunge i-SO2. Umoya ophuma ufika endaweni yokubamba i-carbon activated futhi usebenzisa ukubamba kwe-carbon activated
Ngokuhlanganisa amandla, umoya ophuma emathunjini ufinyelela ku-carbon activated, futhi i-SO2 emoyeni ophumayo ibanjwa ebusweni be-carbon activated,
Sihlukane nomoya, futhi umoya ohlungiwe ophumayo udlula ngedivayisi yokuhlunga uye emoyeni. Nge-suction
Njengoba izimo zokusebenza ziqhubeka, ukuhlanganiswa kwe-SO2 kumaphuzu e-carbon activated kuzokwanda, kuholele ekwandeni okufanele
Ukuphikisana kokusebenza kwe-thuluzi.

1、 Ipharamitha yezobuchwepheshe
1. Ukusebenza kwe-dust collector: ≥ 95%
2. Ukusebenza kwe-SO2: 60-70%
3. Umthamo wothuli: ＜ 200mg/m3
4. Ubukhulu be-Ringman Blackness:<Izinga 1
5. Ukuphikisana:<1200Pa

2、 Imiyalelo yokusebenzisa
Lapho ithuluzi lokuhlanza i-SO2 kanye nokususa uthuli lishiya ifektri, liqukethe umzimba we-dust collector, ibhande lokuhlanza i-SO2, kanye ne-ash hopper. Faka kuqala
Xhuma umzimba omkhulu ku-flange ye-ash hopper bracket, ubeke ibhande lokuhlanza phezulu komzimba omkhulu, futhi uxhume umphumela
I-flange iyanele, faka ithangi lamanzi ngokuhambisana nemiyalelo.
2. Ukufakwa nokuhlelwa kwezithako zokuhlanza i-SO2 kufanele kube kuhle futhi kuhlelekile.
3. Ngemuva kokufaka ithangi lamanzi, kufanele kwenziwe ukulungisa amanzi kuze kube izinga lamanzi lifinyelela endaweni yokuphuma kwamanzi futhi amanzi aphume.
4. I-flange ngayinye kufanele igcinwe futhi ukuhlolwa kokuphuma komoya kufanele kwenziwe.
5. Ngesikhathi sokusebenza okuqhubekayo, uthuli kufanele lukhishwe ngesikhathi, ngokuvamile kanye njalo ezinsukwini ezine.
6. Iyunithi yomsebenzisi kufanele iqinise ukuphathwa, yenze ukuhlolwa okujwayelekile ukuvimbela ukuvuza, futhi ixazulule izinkinga ngesikhathi
I-dry desulfurization multi tube dust collector igcina isimo sokusebenza esihle.
7. Isikhathi sokushintsha izithako zokuhlanza i-SO2 ngokuvamile kube kabili ngonyaka ezitofini zokushisa kanye nezikhathi ezine ngonyaka ezitofini zezimboni,
Ukuze kuqinisekiswe umphumela wokuhlanza i-SO2.  

I-pulse bag dust removal efficiency iphezulu, ngokuvamile ifinyelela ngaphezu kuka-99%. Ukusebenza okuhle. Ukuphatha umoya
Izinguquko ezimweni zokusebenza ezifana nomthamo wothuli emoyeni kanye nezinga lokushisa zinefekthi encane ekusebenzeni kokuhlunga kwezakhi.
Ibhakede lokuhlunga liyithuluzi lokuhlunga elomile elingadingi amanzi, ngakho-ke akudingeki ukwelashwa kwamanzi noma uthuli
Ukubhekana nezinkinga, uthuli oluqoqiwe kulula ukuwasebenzisa futhi uwasebenzise kabusha. Isakhiwo sithambile futhi ukusebenza kuhle kakhulu
Ukutshalwa kokuqala okuncane nok maintenance okulula.