Ol bikpela samting we i no wankain namel long ol 'counterflow closed cooling towers' na ol 'cross-counterflow cooling towers'

 

 

 

 

 

 

 

 

 

 

 

 

Wanpela 'cross-counterflow cooling tower' i bungim ol 'structural characteristics' bilong tupela 'counterflow' na 'crossflow', na ol i save kolim tu olsem "kros-counterflow hybrid cooling tower". Bodi bilong taua i save bruk i go long ol hap antap na daunbilo.

 

Seksen daunbilo i gat wanpela 'crossflow' straksa, we win i save go insait long ol 'coil' na i go insait long ol 'side air inlets' bilong bodi bilong taua; antap hap em i wanpela 'counterflow structure', we win i ron i go antap long 'countercurrent' kontek wantaim wara bilong sprei. Ol 'heat exchange coils' bilong en i bruk i go long 'crossflow' na 'counterflow' seksen.

 

Wara bilong sprei i save ron pastaim long ol 'counterflow coils' long antap hap na bihain em i pundaun i go insait long ol 'crossflow coils' long daunbilo hap. Bodi bilong taua i bikpela moa na i no antap tumas taim yu skelim wantaim wanpela taua we i gat wankain spesifikesen.

 

 

 

 

 

 

 

 

Long sait bilonggutpela wok bilong senisim hat na wok bilong yusim pawa, disain bilong 'countercurrent flow channel' bilong 'counterflow closed cooling tower' i helpim tru 'heat' na 'mass transfer efficiency' namel long ges na wara.

 

Win i save kam insait long 'low-temperature zone, isi isi i save kisim hat long sprei wara na ol koil, na autlet win tempereja i stap klostu long antap mak bilong sprei wara tempereja, na dispela i save kamapim bikpela hat eksens tempereja difrens.

 

Em i gat ol gutpela samting bilong yusim gut eneji taim em i wok long holim bikpela hat. Tasol, bikos win i mas winim graviti bilong wara bilong sprei na strong bilong 'filler', fan i wok long bikpela presa bilong win, na dispela i mekim na em i yusim liklik bikpela eneji.

 

 

 

 

 

 

 

 

 

Dipen long 'hybrid structure' bilong en'crossflow' + 'counterflow', 'cross-counterflow cooling tower' i save kamapim gutpela 'heat exchange efficiency' na 'energy consumption'. Krosflo straksa long daunbilo seksen i gat liklik 'airflow resistance', olsem na 'fan energy consumption' i liklik;

 

 

'counterflow structure' long antap hap i helpim 'heat exchange depth', na 'overall energy efficiency' i stap namel long wanpela 'pure counterflow tower' na wanpela 'pure crossflow tower'. Long wankain taim, sprei wara bilong 'cross-counterflow tower' i save go aut wankain, we i no save kamapim ol 'dry coil phenomena', na i save daunim hevi bilong 'coil scaling', na i save holim gut 'heat exchange' longpela taim.

 

 

 

 

 

 

 

 

Long wok painimaut bilongol aplikesen senario na operesenel stebiliti, bikos em i liklik plua na em i save senisim hat, 'counterflow closed cooling tower' em i gutpela moa longwok kondisen wantaim liklik spes na bikpela kol lod, olsem hai-proses kol long metaluji, kemikel indastri, ol bikpela ea kompresa na ol narapela wok. Tasol, em i gat bikpela askim long kwaliti bilong wara.

 

 

Sapos wara bilong sprei i gat planti pipia tumas, em i isi long kamapim ol skel long pes bilong koil, na dispela i save bagarapim 'heat exchange effect'. Na tu, ol i mas lukluk gut long 'anti-freezing long taim bilong wok long taim bilong kol long abrusim wara i bung na ais insait long taua.

 

 

 

 

 

 

 

 

Dispela 'cross-counterflow cooling tower' i gat ol gutpela samting bilonggutpela wok na gutpela mentenens).

 

 

Ol i ken lukautim ol 'crossflow section coils' na i no go insait long bodi bilong taua, olsem na hevi bilong lukautim i liklik long 'counterflow' taua; na tu, bodi bilong taua i no antap tumas na i no inap long kisim win, na dispela i mekim em i stap gut long wok long ol hap we i gat win.