Counterflow, Crossflow, leh Hybrid Flow Closed-Circuit Cooling Towers inkara danglamna chipchiar taka sawifiahna

Counterflow, Crossflow, leh Hybrid Flow Closed-Circuit Cooling Towers inkara danglamna chipchiar taka sawifiahna

Circuit cooling tower khar-a awman ni ber chu boruak kal dan leh tui luang dan tur a zirin chi thum-ah an inthen a, chubakah structural design a zirin: counterflow, crossflow, leh hybrid flow te an ni. Type tin hian anmahni ziarang an nei a, operating condition leh scenario hrang hrang atan an tha hle. A hnuaiah hian chipchiar takin a sawifiah a ni.

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I. Counterflow khar a ni-Circuit Cooling Tower a ni

Structural Features te chu: 1.1.
Counterflow closed-circuit cooling tower-a core characteristic chu boruak leh spray tui chu kawng hrang hranga kal a ni. Tower hnuai lam atang hian boruak a lut a, chunglam a pan a, spray tui erawh a chung lam atanga sem darh a ni a, heat exchange coil chung lamah hnuai lam hawiin a luang a, countercurrent flow a siam a ni.

Hnathawh dan tur: 1.1.
Counterflow design-ah chuan boruak lum ber chuan coil chhunga hmun lum ber (tui circulating chu a then a lum tawhna hmunah) a tawk hmasa a, a chung lam boruak lum ber chuan coil lum ber (circulating water a luh chauhna hmunah) a tawk hmasa thung. He "gradient matching" hian heat exchange process pumpuiah temperature danglamna a ti sang a, chu chuan heat transfer efficiency sang ber a siam a ni.

A thatna te: 1.1.

Heat transfer efficiency sang ber: Coil area leh fan power inang hnuaiah hian counterflow hian crossflow aiin heat exchange 15-25% in a sang zawk tlangpui

Compact structure: Footprint te tak te, hmun tlemtea installation atan a tha

Outlet tui temperature hniam zawk: Ambient wet-bulb temperature hnaih thei, cooling mamawhna mamawh phuhruk thei

A that lohna: 1.1.

Air resistance sang zawk, fan energy hman tamna tlem a thlen

Crossflow design nena khaikhin chuan tower san zawng a sang zawk

Tui sem dan inang tlang tak a mamawh

Dilna hrang hrang:

Factory emaw, inchung emaw, hmun tlemte awmnaah

Cooling mamawhna khauh tak nei industry (eg, data center, precision manufacturing) te .

Process cooling atan chuan outlet tui temperature hniam a ngai

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II. Crossflow khar a ni-Circuit Cooling Tower a ni

Structural Features te chu: 1.1.
In acrossflow khar-circuit cooling tower a ni, boruak leh spray tui chu a sir lehlamah perpendicular-in a luang chhuak thin. Tower sir lehlamah louver kaltlangin boruak chu horizontal-in a lut a, heat exchange coil-ah a luang a, spray water erawh chu a chung lam atanga hnuai lam hawiin coil chunglam kaltlangin a tla thla thung.

Hnathawh dan tur: 1.1.
Crossflow design-ah chuan boruak chu coil-te chu a sir zawngin a kal a, dinglam hawia tla spray tui nen a inzawm a ni. Hetiang structure hian airflow path tawi zawk leh air resistance hniam zawk a siam a ni. Coil hi a tlangpuiin row hrang hranga dah a ni a, boruak hian coil bundle a paltlang rualin lumna leh tuihna a hip zauh zauh thin.

A thatna te: 1.1.

Air resistance hniam: Airflow mumal tak, fan energy hman tlem phah

Low noise: Airflow pattern nem tak, counterflow design aiin a reh zawk tih a chiang hle

Enkawl awlsam: Coil area hi awlsam taka kal theih a ni a, enkawlna hmun tam tak a awm bawk

Tui sem dan awlsam: Spray system hian a structure awlsam tak a nei a, a clogging awlsam lo

A that lohna: 1.1.

Counterflow aiin heat transfer efficiency tlem a hniam zawk

Counterflow design aiin footprint lian zawk

Tower size inang tan coil area utilization tlem a hniam zawk

Dilna hrang hrang:

Noise-sensitive hmun (damdawi in, hotel, sikul, chenna hmun) .

Installation san zawng tlem mahse floor space tling tak nei

Enfiah leh enkawl fo ngai dinhmun

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III.Hybrid Flow khar a ni-Circuit Cooling Tower a ni

Structural Features te chu: 1.1.
Chumihybrid flow khar-circuit cooling tower a nicounterflow leh crossflow design inzawmkhawm thar a ni. A configuration tlangpui chu a chung lamah heat exchange coil section leh a hnuai lamah fill section a ni. Spray tui chu a chunga coil-a spray hmain pre-cooling atan fill section kaltlangin a kal hmasa ber a ni.

Hnathawh dan tur: 1.1.
Spray tui chu tower chung atang hian a chhuk a, fill section ah a lut hmasa ber a ni. Fill section chhungah hian boruak leh spray tui te hian heat exchange uluk takin an paltlang a, hei hian spray water temperature nasa takin a tihhniam a ni. He pre-cooled spray water hi a chunga coil surface-ah inang tlangin sem darh a ni a, chu chuan coil chhunga tui circulating chu a ti lum thei a ni. He "two-stage cooling" design hian coil chunglama scaling awm theihna chu a ti tlem hle a, tui lumna hniam zawk chuan scale a precipitate a harsat avangin.

A thatna te: 1.1.

Anti-scaling theihna chak tak: Spray tui hi fill section-ah pre-cooled a ni a, hei hian coil chunglamah scaling a ti tlem a ni

Tui quality tha lo- tan a tha: Tui khauh awmna bial tan a tha hle

Stable heat transfer efficiency: Scaling tlem zawk tih awmzia chu hun kal zelah performance tlahniam slow zawk tihna a ni

Counterflow efficiency sang tak leh crossflow air resistance hniam tak chu a thlunzawm a ni

A that lohna: 1.1.

Structure complex zawk, siamna senso tlem zawk

Tower san zawng chi thum zinga sang ber

Fill section hi a hun hunah tihfai leh enkawl a ngai a ni

Dilna hrang hrang:

Tui quality tha lo awmna bial (chhak lam tui khauh awmna hmun, tuikhuah tui hmanna) .

Hun rei tak- chhunga hnathawhna hmun nghet mamawh industry te

Heat transfer efficiency leh maintenance awlsamna pahnih mamawhna hmun