We have a qualitative range of Rising Film Evaporators, which is idyllically utilized for the liquids containing high viscosity or fouling tendency. These evaporators are developed by making use of advanced grade material and sophisticated techniques incorporated with a long vertical tube that generates an ascensional flow improvising the heat transfer co-efficient.In this evaporator, the liquid feed enters from the bottom of steam heated tubes. Effective water evaporation from liquid feed is imparted from the parallel movement of liquid and vapour along tube surfaces.
|Single Effect||Double Effect||Triple Effect||Quadruple Effect|
|Water Evaporative Capacity(lcg/hr)||300-2000||12004000||3600-15000||8000-50000|
|Feeding in Concentration (%)||Design According to customer requirement|
|Discharge Material Concentration (%)||Design According to customer requirement|
|Steam consumption kg/kg of Water Evaporated (kg/kg)||0.65||0.38||0.28||0.23|
|Evaporating Temperature (°C)||45-90||45-90||45-90||45-90|
|Sterilizing Temp. (°c)||90-110||90-110||90-110||90-110|
|Cooling water consumption / Evaporative capacity (inlet 20°C, outlet 40°C)||28||11||8||7|
Our prudently and technologically developed assortment of Multi Effects Evaporators is suitably used in divergent industries for evaporating the un-required water droplets. These evaporators are designed from finest grade materials and most sophisticated techniques in seven evaporating effects. This system offers superior viscosity to treated heat sensitive products including proteins and enzymes. According to the feeding materials’ viscosity and properties, these can be fed into the most suitable one effective systems to ensure excellent result.
We have a qualitative collection of Thin Film Evaporators, which is superlatively used for improvising the concentration of viscous and heat sensitive liquids. These evaporators are cautiously developed by employing most advanced techniques and premium grade raw materials to ensure noticeable reduction in fouling and liquid residence time. The liquid material is fed into the evaporator from its top and uniformly distributed on vertical cylindrical heat transfer area by wiper blades. The solvent and water evaporation takes place precisely as the thin film gets down the heat transfer area.
|Single Effect||Double Effect||Triple Effect|
|Feeding Material Density(%)||According to Material|
|Discharge Material Density(%)||According to Material|
|Steam consumption / Evaporative capacity(vvith heat pressure pump)||0.65||0.38||0.28|
|Evaporating Temperature (°c)||45-90||45-90||45-90|
|Sterilizing Temperature (°c)||90-110||90-110||90-110|
|Cooling water consumption / Evaporative capacity (inlet 20°C, outlet 40°C)||28||11||8|