Ukuhamba komnqamlezo okuValiweyo kweSekethe yokupholisa iiTowers / iiVolor evaliweyo zesekethe

Inkcazo emfutshane:

Njengohlobo lwedrafti yohlobo lomnqamlezo wokupholisa umphunga opholileyo, ulwelo lwenqaba (amanzi, ioyile okanye ipropylene glycol) isetyenziselwa ukubonelela ukupholisa okuvalelwe kwikhoyili kwaye engatyhilekanga ngqo emoyeni. Ikhoyili isebenza ngokwahlulahlulahlula inkqubo kulwelo ngaphandle komoya, ukuyigcina icocekile kwaye ingcolise simahla kwilog evaliweyo. Ngaphandle kwekhoyili, kukho ukutshiza amanzi ngaphezulu kwekhoyili kwaye kuxubeka nomoya wangaphandle ukukhupha umoya oshushu ukusuka kwinqaba lokupholisa ukuya kwiatmosfera njengenxalenye yamanzi ekhulayo. Amanzi abandayo ngaphandle kwekhoyili iphinde isasazwe iphinde isetyenziswe kwakhona: amanzi apholileyo aphinda abuyele ekuqaleni kwenkqubo yokufumana ubushushu obungaphezulu ngexesha lomphunga. Inceda ukugcina inkqubo yokucoceka kwamanzi iya kuthi inciphise iindleko zokugcina kunye nokusebenza. 


Inkqubo-siseko

Iparameters technical

Izicelo

Iimpawu zemveliso

Iimpawu zokuhamba okuvaliweyo kweeselfowuni ezivaliweyo:

Ilungele Ulondolozo
Uyilo loyilo lomntu oluneminyango yokungena engaphezulu (enokutshixwa) kunye nendawo yangaphakathi eyaneleyo, abasebenzi bokugcina banokungena ngaphakathi kwinqaba ukuze bahlole yonke imihla kunye nolondolozo nokuba izixhobo zisebenza okanye zivaliwe.

Ukuchasana nokwanda
Ngenxa yomoya opholileyo owomileyo kunye nokuhamba kwamanzi okutshiza ngendlela efanayo, umphezulu weetyhubhu ucofiwe ngokupheleleyo ngamanzi okutshiza ukunqanda nayiphi na indawo eyomileyo eya kuthi ikhokelele kwisikali sediphozithi. Kwaye iqondo lobushushu lamanzi okutshiza liphantsi kuneqondo lokulinganisa elinciphisa kakhulu ukukala.

Ukusebenza ngokuGqwesileyo kobushushu
Ukuhamba komnqamlezo okuvaliweyo okupholileyo okuvaliweyo kwamkela itekhnoloji yokudibanisa zombini i-coil kunye nokufaka ukugxothwa kobushushu okwenze ukuba indawo yokuhambisa ubushushu iphucule ukusebenza kwenkqubo. 

I-ICE Evaporative cross-flow evaliweyo yesekethe yeicooler 'isakhiwo kunye nezinto eziphambili intshayelelo:

Inkqubo yokungenisa umoya (fan)
I-fan ye-axial yangaphandle enentsebenzo elungileyo yoyilo lokhuselo ezintathu, exhotyiswe nge-blade ye-aluminium kunye ne-IP56, imoto eqhutywa ngohlobo lwe-F enomoya ophefumlayo oya kuthi uthintele umoya kwaye unciphise ukuvuza.

Inkqubo yokuHanjiswa kwaManzi ePhambili
Ngenxa yokuhamba komoya kunye nokuhamba kwamanzi ngendlela efanayo, iyakwazi ukuhlola kunye nokugcina ngexesha lokusebenza.

Kupholile (coil)
Yenziwe ngentsimbi ephezulu ye-304 yentsimbi ebekwe ecaleni kwaye yadlula amaxesha ama-3 ukuya kuma-2,5Mpa kwimilinganiselo yoxinzelelo yokuqinisekisa ukusebenza.

Umcoci weNqanaba
Kukhethwe ukhetho kunyango lwamanzi olubalwayo.

Ukuzalisa (PVC)
Yakhiwe kwaye yenziwa nge-PVC ukunciphisa ubushushu bamanzi okutshiza okuya kuthintela isikali kunye nokuzaliswa okunene kukonyusa ukusebenza kwenkqubo ngokunciphisa ukusetyenziswa kwamanzi ngokusebenza okungcono kokuhambisa ubushushu.

Spray Pump
Iicooler ze-ICE zixhotyiswe ngepompo ye-centrifugal pump.

Isitya Samanzi
Uyilo lwesithambeka (ukuthambeka lubhekise ekuphumeni kokungcola okungcolileyo) kwaye isihluzo sesinyithi esingenasici siya kuphucula ukugcwala kunye nokukhutshwa kongcoliseko kwangaxeshanye kususa ukungcola kunye nobumdaka kwisitya.

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

  • Egqithileyo
  • Okulandelayo:

  • Iiparamitha zobuchwephesha boMnqamlezo-oValiweyo-wesekethe Ukupholisa iNqaba

    Umzekelo

    Umlandeli

    Impompo yokutshiza

    Inlet / ubungakanani umbhobho iplagi

    Ukusinda okushiyekile

    Umsebenzi wobunzima

    Ubukhulu

    Umthamo womoya

    Amandla

    Yangaphakathi.

    Umgangatho wohambo

    Amandla

    m3 / h

    KW

    Iyunithi

    m3 / h

    KW

    I-DN

    IKG

    IKG

    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

    Ngama-3860x2410x4225

    I-HICE-140T

    2X60000

    2X4

    2 100

    3

    DN150

    6020

    7800

    Ngama-3860x2410x4225

    I-HICE-150T

    2X72000

    2X7.5

    2 100

    3

    DN150

    6260

    8100

    Ngama-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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