An kwaikwayon tushen zafi suna da muhimmanci a kasashen aiki. Saboda hukumar da takaituwa mai yawa na zafi, ya shafi ake fito a kasa masu gida ko a wasu kasashen gida inda zafi zuwa mutane za a fitar. Amma idan an iya cewa an yi abin da aka tambaya kan su, za a duba kyau tsari a fice. Kasashen kafin kafin suna da buƙata daban-daban don tsari. Zan yi wani haka don samun hanyar da za a iya samun tsari na kwaikwayon tushen zafi.
Wadannan mafi girman da ke sa tsarin kwaikwayon tushen zafi.
A bayan da na kai tsarin kwaikwayon tushen zafi, zan iya ba da wani bayani game da tsarin kirki (ba da )kirki). Tsarin kirki shine tsari na watt da ke amfani da shi zuwa airflow a cubic feet baki ɗaya. Wannan ya ba ni wani bayani game da energy da ke amfani da shi a fushi ɗaya cubic foot baki ɗaya. Tsarin kirki ya sa tsarin kwaikwayon tushen zafi. Idan tsarin kirki ya ƙare, tsarin kwaikwayon tushen zafi ya ƙare. Tabbacin da ta aika tushen zafi da tsarin kirki.
Tsarin kwaikwayon tushen zafi ta yi da aikinsa da take da shi a fushi tushen zafi. Tsarin fushi tushen zafi ta yi da tsarin elektrik. Particles da tsarin elektrik da su a zama zone normal suna da fushi da ƙwarewa a kwaikwayon tushen zafi. Tsarin fushi tushen zafi ya ƙara a lokacin da particles da tsarin elektrik da su a zama low resistivity zone, kuma suka ƙara charge su a lokacin da su rufe collecting plates, kuma suka zo waɗanda suka fushi. Wannan abu shine ne re-trainment. Kuma a lokacin da particles da tsarin elektrik da su a zama high resistivity area, tsarin elektrik da suka ƙara ya ƙara tsarin kwaikwayon tushen zafi. Don haka, tsarin elektrik da suka ƙara tsarin kwaikwayon tushen zafi.
Tsarin kwaikwayon tushen zafi ta yi da jirgin particles (dust, mist) da za a fushi. Tsarin fushi ya ƙare a lokacin da particles da suke so, kuma ya ƙara a lokacin da particles da suke ci.
Tushen bayanin da za a iya samun tsari
An samu tsari na kwaikwayon tushen zafi daga Deutsch-Anderson equation, kuma wannan equation shine haka:
η = fractional collection efficiency
W = terminal drift velocity a m/s
A = total collection area a m2
Q = volumetric air flow rate a m3/s
Ba za a yi bayanin equation, amma zan iya ba da wani bayani game da ma'anarta.
Terminal drift velocity shine velocity da object ke samu a lokacin da ya zama a zuba (ko a wata medium). Total collection area yana nufin entire area na collecting plates. Volumetric air flow rate shine volume na gas da ke zaba a lokacin da baki ɗaya. Daga wannan equation, za a iya samun fractional collection efficiency na kwaikwayon tushen zafi.
Bayani: Yawan karfin mai karatu, babban lamurin za a shari, idam akwai gabatarwa zai iya sabunta.
