Isiphambano Sokuvalwa Kwesifunda Esivaliwe Sokupholisa Imibhoshongo / Amapholishi Okujikeleza Okuvaliwe Wesifunda

Incazelo emfushane:

Njengombhoshongo wokupholisa wokugeleza kokuhwamuka owenziwe ngohlobo lokuphambuka, umfutho wombhoshongo (amanzi, uwoyela noma i-propylene glycol) usetshenziselwa ukunikeza ukupholisa okuvalelwe kwekhoyili futhi okungadalulwa ngqo emoyeni. Ikhoyili isebenza ukwehlukanisa uketshezi lwenqubo emoyeni wangaphandle, ukuyigcina ihlanzekile futhi ingcolise mahhala ku-loop evaliwe. Ngaphandle kwekhoyili, kukhona ukufafaza kwamanzi phezu kwekhoyili futhi kuhlangana nomoya wangaphandle ukukhipha umoya ofudumele kusuka embhoshongweni wokupholisa uye emkhathini njengengxenye yamanzi ihwamuka. Amanzi abandayo ngaphandle kwekhoyili asatshalaliswa kabusha futhi asetshenziswe kabusha: amanzi apholile abuyela emuva ekuqaleni kwenqubo ukumunca ukushisa okwengeziwe ngenkathi kuhwamuka. Kuyasiza ukugcina inqubo ehlanzekile ye-fluid ezokwehlisa izindleko zokugcinwa nokusebenza. 


Inqubo Yemigomo

Amapharamitha wezobuchwepheshe

Izicelo

Amathegi womkhiqizo

Izici zemibhoshongo yokupholisa ukujikeleza kwesifunda evaliwe:

Kalula Isondlo
Isakhiwo sokuklanywa kwesintu esinomnyango wokungena osayizi omkhulu (okhiyekayo) nesikhala sangaphakathi esanele, abasebenzi bezokulungisa bangangena kalula ngaphakathi kombhoshongo ukuze kuhlolwe futhi kulondolozwe nsuku zonke noma ngabe imishini isebenza noma iyavalwa.

Ukweqiwa
Ngenxa yomoya opholile owomile nokugeleza kwamanzi okugeleza ngendlela ehambisanayo, ingaphezulu leshubhu linciphiswe ngokuphelele ngamanzi okufafaza ukugwema noma iyiphi indawo eyomile ezoholela esikalini sediphozi. Futhi izinga lokushisa lamanzi okufafaza liphansi kunezinga lokulinganisa elinciphisa kakhulu ukukala.

Ukusebenza Okuhle Kokushisa Okushisayo
Ama-coolers we-loop avaliwe ahamba phambili asebenzisa ubuchwepheshe obuyinhlanganisela bamakhoyili nokufaka ukwenqatshwa kokushisa okwenze ngcono indawo yokudlulisa ukushisa ukwenza ngcono ukusebenza kahle kohlelo. 

ICE evaporative cross-flow closed circuit coolers 'structure and key components isingeniso:

Umoya System (Fan)
Umlandeli we-axial wangaphandle osebenza kahle ngokwakhiwa kokuvikela okuthathu, ifakwe i-aluminium blade ne-IP56, imoto eqhutshwa ngebanga lakwa-F ene-ventilator eyenga evimba umoya futhi inciphise ukuvuza.

Uhlelo Lokuhambisa Amanzi Oluthuthukile
Ngenxa yokugeleza komoya namanzi ngendlela ehambisanayo, iyakwazi ukuhlola nokugcina ngesikhathi senqubo yokusebenza.

Okupholile (ikhoyili)
Yenziwe ngekhwalithi ephezulu yensimbi engenasici engu-304 ehlukaniswe yadlula izikhathi ezi-3 ukukala kwengcindezi engu-2.5Mpa ukuqinisekisa ukusebenza.

Isikali sokuhlanza
Kuyinketho ongayikhetha yokubala kabusha ukwelashwa kwamanzi.

Ukugcwalisa (PVC)
Kwakhiwe futhi kwenziwa nge-PVC ukwehlisa izinga lokushisa lamanzi okufafaza okuzogwema ukukala futhi ukugcwaliswa empeleni kukhulisa ukusebenza kahle kohlelo ngokunciphisa ukusetshenziswa kwamanzi ngokusebenza okungcono kokudlulisa ukushisa.

Futha Pump
Ama-cooler we-ICE afakwe ipompo ye-centrifugal ephawulwe ngemishini.

Umgodi Wamanzi
Umklamo we-slope (uthambekele ekubhekeni kokuphuma kokungcola) kanye ne-strainer yensimbi engagqwali kuzothuthukisa ukuchichima nokukhishwa kokungcola ngasikhathi sinye kususa ukungcola nokungcola esitsheni.

Structure chart of ICE cross-flow Closed Circuit Cooling Tower
ICE cross-flow Closed Circuit Cooling Tower system applied in brewery
ICE cross-flow Closed Circuit Cooling Tower System applied in chemical plant
ICE cross-flow Closed Circuit Cooling Tower System applied in petroleum refineries

  • Langaphambilini
  • Olandelayo:

  • Amapharamitha wezobuchwepheshe we-Cross-flow Closed-circuit Cooling Tower

    Imodeli

    Umlandeli

    Impompo Yokufafaza

    Usayizi wepayipi wokungena / wokukhipha

    Isisindo sengqikithi

    Umsebenzi Isisindo

    Ubukhulu

    Ivolumu Yomoya

    Amandla

    Inani.

    Izinga Lokugeleza

    Amandla

    m3 / h

    KW

    Iyunithi

    m3 / h

    KW

    I-DN

    KG

    KG

    L * W * H(mm)

    I-HICE-60T

    60000

    4

    1 45

    1.5

    I-DN100

    3370

    4300

    2110x2410x4225

    I-HICE-65T

    60000

    4

    1 45

    1.5

    I-DN100

    3580

    4500

    2110x2410x4225

    I-HICE-70T

    65000

    5.5

    1 45

    1.5

    I-DN100

    3650

    4600

    2110x2410x4225

    I-HICE-80T

    62000

    4

    1 65

    2.2

    I-DN100

    4060

    5100

    2210x3030x4265

    I-HICE-85T

    75000

    5.5

    1 65

    2.2

    I-DN100

    4150

    5200

    2210x3030x4265

    I-HICE-95T

    75000

    5.5

    1 65

    2.2

    DN125

    4430

    5500

    2210x3030x4265

    I-HICE-100T

    75000

    5.5

    1 65

    2.2

    DN125

    4880

    6200

    2210x3030x4965

    I-HICE-105T

    87000

    7.5

    1 65

    2.2

    DN125

    4950

    6300

    2210x3030x4965

    I-HICE-130T

    2X65000

    2X5.5

    2 100

    3

    DN150

    5780

    7500

    3860x2410x4225

    I-HICE-140T

    2X60000

    2X4

    2 100

    3

    DN150

    6020

    7800

    3860x2410x4225

    I-HICE-150T

    2X72000

    2X7.5

    2 100

    3

    DN150

    6260

    8100

    3860x2410x4225

    I-HICE-165T

    2X62000

    2X4

    2 130

    4

    DN150

    6830

    9500

    4070x2610x4965

    I-HICE-180T

    2X75000

    2X5.5

    2 130

    4

    DN200

    6970

    9700

    4070x2610x4965

    ICE cross-flow Closed Circuit Cooling Tower system applied in brewery ICE cross-flow Closed Circuit Cooling Tower System applied in chemical plant ICE cross-flow Closed Circuit Cooling Tower System applied in petroleum refineries

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