Na'urar Juyawar Shafawa ta VOC

Masana'antar batirin lithium: A tsarin samar da batirin lithium (kamar rufi, mannewa, da sauransu), ana samar da adadi mai yawa na iskar shaye-shaye da ke ɗauke da VOCs. Fasahar ƙafafun shaye-shaye ta VOC na iya sarrafa hayakin gurɓatawa yadda ya kamata kuma ta cika ƙa'idodin hayakin muhalli na cikin gida/na duniya;

Masana'antar feshi: A masana'antar feshi, ana amfani da fasahar VOC don magance ƙarancin yawan iskar sharar da ake samarwa. Ana tattara iskar da ke cikin iska mai yawa da ƙarancin yawan iskar sharar da ke cikinta a cikin ƙaramin yawan iskar da ke cikinta ta hanyar rotor na zeolite, wanda ke rage saka hannun jari da farashin aiki na kayan aikin magani na gaba;

Masana'antar kayan lantarki ta masu amfani: Masana'antar kayan lantarki ta masu amfani da kayayyaki tana samar da nau'ikan VOCs daban-daban yayin aikin samarwa, kuma fasahar rotor mai shaye-shaye ta VOC na iya kawar da waɗannan gurɓatattun abubuwa yadda ya kamata;

Masana'antar sinadarai masu kyau: Masana'antar sinadarai masu kyau tana samar da nau'ikan sinadarai masu cutarwa daban-daban a cikin tsarin samarwa. Amfani da fasahar rotor mai shaye-shaye ta VOC a wannan fanni yana taimakawa wajen rage fitar da waɗannan gurɓatattun abubuwa;

Masana'antar Semiconductor: Masana'antar semiconductor kuma tana samar da VOCs yayin aikin samarwa, kuma fasahar rotor mai sharar VOC na iya magance waɗannan iskar gas ɗin sharar gida yadda ya kamata.

Na'urar gudu ta VOCs mai bakin ƙarfe tare da ƙirar gadar sanyi tana tabbatar da cewa na'urar tana da juriya ga tsatsa kuma kyakkyawa ce;

Na'urar juyawar iska ta ciki (inner core adsorption rotor) wata na'urar juyawar iska ce ta lipophilic da NICHIAS ta Japan ta tsara, wacce ta ƙware a fannin sharar VOCs;

Kayan shaye-shayen yana amfani da sieve na kwayar zeolite ta zuma, wanda yake da ruwa kuma ba ya ƙonewa;

Ana sake sabunta kayan aikin ta hanyar ci gaba da juyawa, wanda ke ba da damar ci gaba da sarrafawa da kuma aikin tsarkakewa mafi girma;

Ya dace da maganin iska mai ƙarancin VOC da kuma yawan iska mai yawa, wanda zai iya sarrafa farashin aiki a ƙaramin matakin;

Ta hanyar gwaje-gwaje da kuma yanayin injiniyanci na gaske, tsarin rotor na sha yana da inganci sosai na shaye-shayen NMP kuma yana iya sarrafa yawan fitar da hayaki na NMP zuwa 10-50mg/Nm³ tare da bayanan gwajin dakin gwaje-gwaje marasa yawa zuwa 1 mg/Nm3.

Rotor ɗin sieve na ƙwayoyin VOCs zai iya ɗaukar manyan ƙwayoyin iskar gas kamar NMP a takamaiman yanayin zafi, kuma ya cimma raguwa da sake farfaɗowa tare da iskar gas mai zafi a takamaiman wurare na rotor, ta haka ne zai cimma sake amfani da ita.