Heat exchanger tha ber chu eng nge ni?

Plate heat exchanger – a versatile leh efficient tak first choice a ni a, civil leh light industrial application atana core component a ni bawk.

1. A bulpui ber: 1.1.Stacked corrugated plate atanga siam a ni a, chutah chuan tui lum leh vawt chu plate inkar channel tawi takah a luang a, turbulence a siam a, plate chunglam kaltlangin heat transfer a ti awlsam a

2. A hlawhtlinna thatna: 1.1.Heat transfer efficiency sang tak: Heat transfer coefficient K value hi 6000-8000 W/(m2·℃) a tling thei a, hei hi traditional shell-and-tube heat exchanger aiin a let 3-5 a ni. Terminal temperature danglamna chu 1℃aia tlem a ni thei a, heat recovery efficiency pawh 90% aia tam a ni;

3.Energy efficiency tha tak leh cost{1}}effectiveness tha tak:Volume hi shell-leh-tube heat exchanger-te aiin 1/3 atanga 1/8 chauh a ni a, hei hian footprint 40%-in a tihtlem a, installation cost pawh a tihhniam bawk all-stainless steel construction hian corrosion resistance chak tak a pe a, kum 20 chuang a dam thei a; self-cleaning function hian scaling a tihhniam a, cleaning cycle chu hmanlai hmanrua aiin a let hnih in a tizau a, maintenance cost pawh 40% in a tihtlem bawk.

Plate-fin heat exchanger – compact, efficient tak, leh high{1}}end industrial leh specialized application atana duhthlanna tha ber.

1. A bulpui ber: 1.1.Base atan metal plate a hmang a, corrugated fins chu weld in staggered flow channel siam a ni. Fluid pahnih hi uluk takin an inhmeh a, a kianga channel chhungah heat transfer a ni a, chu chuan specific surface area lian tak (heat transfer area per unit volume) a siam a

2. A hlawhtlinna thatna: 1.1.Compactness leh heat transfer efficiency inzawmkhawm tha tak: A surface area bik 3000 m2/m3 thleng a nei a, heat exchanger chi khat compact ber a ni a, a heat transfer coefficient K value pawh 500 W/(m2·℃) aia tam a ni a, hei hian hmun tlemtea heat transfer sang tak mamawhna atan a tha hle a

3.Temperature hniam-a inthlak danglam theihna tha tak:Cryogenic application (air separation unit ang chi) atana tha, heat transfer tihchak nan fins hmanga low-temperature fluids mixing, energy efficiency nghet tak siam

4.Multi-fluid nena inmil theihna:Fluid pathum emaw a aia tam emaw inkarah a rualin heat exchange a siam thei a, hei hian system design a ti awlsam hle.

Helical coil heat exchanger – high-temperature, high-pressure, leh high-efficiency duhthlanna, leh heavy industry-a waste heat recovery atana core component a ni.

1. Core structure: Heat exchange tube tam tak helical tube bundle-a inzawmkhawm, shell chhunga dah a ni. Fluid hi helical channel chhungah a luang a, heat transfer a tichak a, pressure drop a ti tlem bawk;

2. Effectiveness advantages:- Extreme operating conditions-a insiamrem theihna chak tak: temperature sang (<=800℃) leh pressure sang (<=20MPa) tuar thei, corrosive leh high-viscosity media-a hman tlak

3.- High waste heat recovery efficiency: High-temperature flue gas leh industrial waste heat recovery scenario-ah chuan flue gas temperature chu 800℃atanga 200℃ah a tihhniam thei a, heat recovery efficiency 85% aia tam a nei thei a, chu chuan energy saving leh emission reduction hlawkna pahnih a pe thei a ni (eg, kum khata tihtlem CO2 ton 120,000 a ni a;

4.- Stable operation: Spiral flow channel hian fluid impact a tihtlem a, chu chuan vibration a ti tlem a, failure rate a hniam bawk a, hei hian hun rei tak chhunga hnathawh chhunzawm zel atan a tha hle.