Composite Flow Closed-Circuit Cooling Tower chungchang chipchiar taka sawifiahna

 

 

 

 

He hmanrua bulpui ber hi dual-circulation system leh key components a ni a, structural design hmangin heat exchange efficiency leh water-saving performance te chu a inthlau hle.

 

A thil tel berte chu closed internal circulation heat exchange coil, spray system, PVC packing layer, fan leh thli cylinder, tui khawlkhawmna, sump, spray pump, leh intelligent control system te a ni. Air flow hi coil section-a cross flow leh packing section-a counter flow a ni a, composite heat exchange flow pattern a siam a ni.

 

 

 

 

 

Dual-circulation process hi a core working logic a ni: internal circulation-ah chuan process tui, lubricating oil leh media dang tihlum tur chu closed coil-ah a luang a, a process chhung zawngin pawn lam khawvel nen inzawmna nei lovin, bawlhhlawh bawlhhlawh leh medium hloh a veng a, pipe pawn lama spray water film-ah chuan heat chu coil wall kaltlangin a transfer a pawn lam circulation-ah chuan spray pump chuan sump atang hian tui a la chhuak a, coil chung lamah uniform takin a spray a, tui film a siam a ni.

 

Tui film chu packing layer chhunga a luang chhuah chuan a sir emaw a hnuai lam emaw atanga boruak lut chu a tawk kim vek a, tui lumna leh sensible heat exchange hmangin lumna a la chhuak thin.

 

 

 

 

 

 

Thli lum leh lum chu top fan hmangin a chhuak a, spray tui lum chu recycle turin sump-ah a luang leh a, evaporation leh drift loss atan supplementary water tlemte chauh a mamawh a ni.

 

 

Tui khawlkhawmtu hian boruakah tui hnim hring chu tha takin a lo intercept thei a, drift rate 0.001% hnuai lam a control thei a, tui humhalh leh hmanrua venhimna pawh a balance thei bawk.

 

 

 

 

 

 

 

 

 

 

 

Pure cross-flow lehpure counter-flow khar-circuit cooling tower te, .composite flow type hian hlawkna langsar tak a nei a ni. Pakhatnaah chuan heat exchange efficiency sang tak a nei a ni. Dual flow patterns superposition leh enhanced packing effect hian pure cross-flow tower nena khaikhin chuan heat exchange efficiency 10%-20% in a tisang a, hei hian temperature sang-temperature leh high-load working condition atan a tha hle.

 

 

 

 

 

Pahnihnaah chuan wide medium adaptability a nei a ni. Closed coil hian process media hrang hrang tui thianghlim, oil, leh brine te a handle thei a, medium oxidation leh deterioration a veng thei a ni. Pathumnaah chuan tui leh chakna a humhim a ni. Circulating spray design hian tui hmanna nasa takin a tihtlem a, fan-ah hian frequency conversion control dah theih a ni a, hei hian mamawh angin speed a siamrem thei a, energy hman a tihtlem phah bawk. Palinaah chuan, floor space flexible tak a nei a ni.

 

 

Load inang nei counter-flow tower nena khaikhin chuan horizontal size a te zawk a, hmun tlemte awmna scenario atan pawh a tha hle.

 

A tih theih chin chu a senso leh enkawlnaah a innghat ber a ni: hmanrua siam dan chu a buaithlak zawk a, a siamna senso pawh closed-circuit cooling tower pangngai aiin a sang zawk a packing leh coil dual structure hian enkawl reng a ngai a, chutah chuan packing scaling tihfai leh coil corrosion check te pawh a tel a, hei hian maintenance workload leh cost tlem a tisang a boruak khirh tak, leivut leh gas chhe tamna hmun atan a tha lo a, chu chuan awlsam takin packing blockage leh coil a tichhia thei a ni.

 

 

 

 

 

 

Efficiency sang leh medium protection a neih avangin composite flow closed-circuit cooling tower hi industrial field hrang hrangah hman a ni nasa hle.

 

 

 

Power industry-ah chuan generator leh transformer-te oil cooling leh circulating water temperature tihhniamna atan hman a ni a;

chemical industry-ah chuan medium pollution awm loh nan reaction kettle leh condenser-te cooling process media atan a tha a;

metallurgical leh machinery industry-ah chuan hmanrua te hnathawh dan nghet tak neih theih nan hydraulic oil leh lubricating oil tihlum nan hman a ni a

chu bâkah, central air conditioning system, energy thar battery energy storage cooling leh scenario dangteah pawh hman theih a ni a,a bik takin hnathawhna hmuna cooling efficiency sang tak leh closed medium protection mamawhna atan a tha hle.

 

 

 

A tlangpuiin, composite flow closed-circuit cooling tower hian structural optimization hmangin heat exchange efficiency leh site adaptability a balance a ni. Cost leh maintenance mamawhna sang zawk nei mahse, high-load leh multi-medium cooling scenario-ah chuan cost{2}}effective preferred equipment a la ni tho. Energy-saving technology tihchangtlun a nih tak avangin a hmasawnna tur kawng hrang hrang frequency conversion control leh anti-corrosion optimization te hian application scope a tizau lehzual dawn a ni.