Isihluzi esidityanisiweyo somqokeleli wothuli asinayo kuphela iimpawu zokucoca uthuli oluqinileyo, ukusebenza kakuhle kokususa uthuli kunye noxinzelelo oluphantsi lokukhutshwa kwejet pulse umqokeleli wothuli, kodwa uneempawu zokuzinza kunye nokuthembeka, ukusetyenziswa kwamandla aphantsi kunye neenyawo ezincinci, ngakumbi. ilungele ukuphatha umthamo womoya omkhulu.ukutshaya.Uhlobo lwe-PH-II oludityanisiweyo lokucoca uthuli lomqokeleli lusetyenziswe ngokubanzi kumazwe angaphandle, kwaye luye lwakhuthazwa kakhulu eTshayina.Izibonelelo zayo ezinamacala amaninzi zibonwa ngokuthe ngcembe ngabasebenzisi abaninzi kwaye zamkelwa ngokubanzi., imboni yeekhemikhali, i-aluminium electrolysis, i-aluminium kunye ne-zinc smelting kunye nezinye iindawo.
Umgaqo osebenzayo wesihluzo somqokeleli wothuli:
Isihluzo esidityanisiweyo somqokeleli wothuli ikakhulu siqulunqwe yibhokisi ephezulu, ibhokisi ephakathi, ihopper yothuthu, inkqubo yokuthulula uthuthu, inkqubo yokuvuthela kunye nenkqubo yokulawula.Irhasi ezele luthuli ingena kwi-ash hopper isuka kwi-air inlet ngokusebenzisa indawo engezantsi yebhokisi ephakathi;amanye amasuntswana othuli amakhulu awela ngokuthe ngqo kwi-ash hopper ngenxa yongquzulwano lwe-inertial, ukuhlaliswa kwendalo, njl.Emva kokuhluzwa yinto yokucoca, amasuntswana othuli agcinwa ngaphandle kwendawo yokucoca, kwaye igesi ecociweyo ingena kwibhokisi ukusuka ngaphakathi kwendawo yokucoca, emva koko ikhutshelwe emoyeni ngevalve yepoppet kunye nomoya. indawo yokuphuma.Uthuli olukwi-ash hopper lukhutshwa rhoqo okanye ngokuqhubekayo nge-screw conveyor kunye ne-rigid impeller discharger.Njengoko inkqubo yokuhluza iqhubeka, uthuli oluncanyathiselwe ngaphandle kwendawo yokucoca luyaqhubeka nokukhula, okukhokelela ekunyukeni ngokuthe ngcembe ekuchaseni isihluzo sengxowa ngokwayo.Xa ukuchasana kufikelela kwixabiso elimiselweyo, umlawuli wokucoca uthuthu uthumela umqondiso wokuqala ukuvala ivalve ye-poppet yegumbi lokucoca ukunqumla ukuhamba komoya ococekileyo kwigumbi, emva koko uvule ivalve ye-electromagnetic pulse.Imilomo ekwivalvu kunye nombhobho wokutshiza wokutshiza kwindawo yokucoca ngexesha elifutshane (0.065 ~ 0.085 imizuzwana).Ukwandiswa kwesantya esiphezulu somoya oxinzelelweyo kwibhokisi kubangela ukungcangcazela kwe-high-frequency vibration kunye ne-deformation ye-filter element, kunye nefuthe le-airflow ejikelezayo ibangela ukuba ikhekhe lothuli elifakwe ngaphandle kwesikhwama sokucoca liguqulwe kwaye liwe.Emva kokuqwalasela ngokupheleleyo ixesha lokumisa uthuli (uthuli oluwisiweyo lunokuwela ngokufanelekileyo kwi-ash hopper), i-valve ye-poppet ivuliwe, isikhwama sokucoca yeli gumbi lesikhwama sibuyela kwisimo sokucoca, kwaye igumbi lengxowa elilandelayo lingena kwindawo yokucoca. , kwaye njalo de Ukucocwa kwegumbi lesikhwama sokugqibela kugqitywe njengomjikelo.Inkqubo yokucoca engentla ilawulwa ngokuzenzekelayo ngumlawuli wokucoca ngexesha okanye uxinzelelo oluqhubekayo.
Ixesha lokuposa: Jan-18-2022