Heating Evaporator Plate Heat Exchanger Carbon Steel For Industrial

Industrial Gasket Plate Heat Exchanger For Heating Evaporator

How it works

Vapor GPHE is purpose-built for evaporation, featuring two compact inlet feed connections and a spacious outlet dedicated to vapor andconcentrate. It is equipped with one sizable inlet and two smaller outlets for condensate, The design of Vapor GPHE incorporates plates weldedin pairs, allowing for efective condensation of heating steam in the welded channel, while the evaporated product smoothly fows through thegasketed channels.

Benefits
Enhanced thermal conductivity
The arrangement of corrugated plates induces intense turbulence, resulting in significantly higher heat transfer eficiency compared totraditional
shell-and-tube evaporators. Vapor GPHE excels particularly in scenarios with hih concentration and viscosity, efortlessly handling temperaturevariations as low as 3-4°. This quality proves exception- ally advantageous when integrated into TVR and MVR systems.

Minimal fouling and effortless maintenance
The extensive plate turbulence enables highly effective chemical cleaning procedures. Due to the reduced volume capacity, only minutequantities of cleaning aoents are necessary in comparison to shell -and-tube systems. Furthermore,the fexible desion of Vapor GPHE ensureseasy accessibility to heat transfer surfaces for inspection or mechanical cleaning.

Flexible capacitv expansion

One prominent advantage of Vapor GPHE is its capability to increase or decrease capacity by adding or removing cassetes within the existing framework, This feature stands in stark contrast to shell-and-tube evaporators, where capacity remains fixed upon installation.

Saving

The remarkable heat transfer eficiency translates into a substantial reduction in required heat transfer surface area compared to shell-and-tube evaporators. Conseauenty. Vaper GPHE becomes hiahly cost-effective, especialy when dealing with demanding materials like sMo, titanium,nickel, and Hastelloy.