Heat exchanger hi-efficiency sang tak nei a ni

High-efficiency heat exchanger hi industrial device pawimawh tak a ni a, heat transfer principle hmanga structural design leh material thlan dan tha zawka siamin hot leh cold fluid inkara heat exchange tha tak a ti thei a ni.A core principle chu temperature difference chu driving force atan hman a ni a, hot leh cold fluid te chu heat transfer wall surface-a heat conduction leh convection hmangin mixing awm lovin energy transfer theih a ni. Traditional heat exchanger nena khaikhin chuan,Energy a hmang tangkai thei a, hmanraw lian tham a tihtlem thei bawk a, industrial production-a energy humhalh, consumption tihtlem leh efficient taka hnathawh theihna tura hmanraw bulpui ber a ni.

1.Core Product Features te a awm

Heat exchange efficiency nasa tak a ni

Design-ah hian corrugated plate leh spiral flow channel te dah tel a ni a, chu chuan flow channel chhungah turbulence nasa tak a siam a, hei hian heat transfer boundary layer a tibuai a, heat transfer coefficient chu traditional shell-and-tube heat exchanger nena khaikhin chuan a let 3-5 in a tisang a ni.Unit volume khata heat exchange area chu shell leh tube type aiin a let 5-10 in a sang thei a, a hnuaia equipment volume pawh a let 5-10 a ni thei bawk same heat exchange load chu chu chu 1/3-1/5 chauh a ni of traditional equipment, hei hian factory floor space nasa takin a humhim a ni.

Operation rintlak leh nghet tak

Mainstream fully welded sealing structure hian traditional rubber gasket a thlak a, gasket aging leh leakage ang chi harsatna te chu a chinfel vek a ni. -200℃atanga 600℃thlenga temperature zau tak leh high pressure condition 10MPa aia sang pawh a tuar thei a ni.Plate material hian material option hrang hrang 304 stainless steel, 316L stainless steel, leh titanium alloy te a support a, hei hian special media, corrosive leh high-viscosity media atan a tha hle. Service life hi kum 8-10 thleng pawhsei a ni a, maintenance cost pawh 50% aia tam tihhniam a ni.

Mamawh hrang hranga insiamrem theihna (flexible adaptation).

Modular design adopt-in heat exchange load hrang hrangah plate awm zat tihpun emaw tihtlem emaw leh flow combination (single flow/multiple flow, counterflow/co-flow) siamrem hmangin a insiamrem thei a ni.Single-unit independent operation emaw parallel/series combination-a unit tam tak emaw a support a, a bik takin capacity expansion angin flexibly upgrade leh transform theih a ni thil siam chhuah chhunzawm zelna atana heat exchange mamawhna atana remchang.

Energy save leh environment humhalh kawngah hlawkna pawimawh tak tak a nei

Fluid lum leh vawt temperature convergence chu 3℃thlengin a hniam thei a, hei hi traditional equipment 10-15℃aiin a tha zawk daih a, hei hian low-temperature waste heat resources te efficient taka lak let theihna a siam a ni.The optimized flow channel design hian pressure loss a control a, circulating pump power consumption a tihtlem bawk. Waste heat recovery project-ah chuan heat 30% aia tam lak let theih a ni a, hei hian primary energy hman leh carbon emission nasa takin a tihtlem phah a ni.

Core Product hnathawh dan tur

1. Temperature control dik tak:Basic core function angin, process media lum emaw, a lum emaw chu a hrethiam thei a, production mamawh ang zela media temperature chu chiang takin a control thei bawk.Entirnan, chemical raw materials preheating, food processing-a sterilization atan heating, leh equipment-a hydraulic oil cooling, product quality leh process stability a awm theih nan.

2. High-efficiency bawlhhlawh lumna lakchhuahna:Industrial production-a siam chhuah, high-temperature flue gas, cooling wastewater, leh equipment exhaust te, waste heat resources te chu a la let leh thin.A siam chhuah leh tihlumna atan tui lum emaw steam emaw ah a chantir thei a, chu chuan energy efficiency a ti tha a, enterprise te tan energy cost a ti tlem thei bawk.

3. Phase thlak danglam heat transfer hmanga inthlak danglamna:Condensers emaw evaporator emaw-ah pawh a pawimawh ber a, medium-a gas-liquid phase inthlak danglamna chu a hrethiam a ni.Air conditioning system-ah chuan refrigerant condensation hian lumna a chhuah a, evaporation hian lumna a absorb bawk. Phase change process hian latent heat exchange tam tak a keng tel a, heat exchange efficiency pawh sensible heat exchange pangngai aiin a sang zawk hle.

A hmanna hrang hrang

1. Energy leh Power Sector: 1.1.Thermal power siam chhuahnaah deep waste heat recovery atan a tha a, nuclear energy hmanna atana heat exchange system him tak siam nan a tha a, energy storage thar (molten salt solar thermal power plant)-a heat transfer link atan a tha bawk.Tin, data center cooling system hian PUE value 1.15-a tihhniamna hmangin efficient tak leh energy-saving operation a ti thei bawk.

2. Petrochemical industry-a hman tur: 1.1.Crude oil heating, cracked gas cooling, distillation column waste heat recovery, leh natural gas cryogenic separation ang chi process hrang hrang a huam a, temperature sang, pressure sang leh corrosive media te a tuar thei a, hei hian chemical production chhunzawm zel leh nghet tak a siam thei a ni.

3. Metallurgical industry-a thil siam: 1.1.Blast furnace gas bawlhhlawh heat recovery, blast furnace cooling water heat exchange, leh hydraulic oil cooling ang chi scenario atan a tha a, flue gas temperature 800℃atanga 200℃ah a tihhniam thei a, kum khatah CO2 emission ton 120,000 in a tihtlem thei bawk.

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