Product Description
Using waste heat from production process to enter evaporation system. For example,waste vapor and condensate from drying of starch byproduct ( fibregermglutenfiber + CSL), waste vapor and condensate from drying of DDGS, liquefaction vapor from sugar factory liquefaction process. Through logical designing, adequately using waste heat can largely decrease consumption of fresh steam, that reach the effect of energy conservation, also largely decrease discharging of dust, reducing environment pollution.
Particular features:
Optimal model of using waste vapor, indirect using vapor from drying process, using satured flashing evaporation vapor.
We can absolutely remove dust that waste vapor carrying, the dust will not easily adhere to external surface of heater tubes. So the evaporating efficiency of evaporator is better stable.
There are smaller hot water ducts instead of big vapor ducts across workshop, which will not effect disposal of other equipments.
We don’t require high-power fan in evaporation system, so we can decrease power consumption of evaporation system.
If dryers stopped, we also can absolutely use fresh steam into evporation system.
Fields of application:
Particularly suited for corn steep liquidalcoholic wastewaterglucose liquid.
Particular features:
Optimal model of using waste vapor, indirect using vapor from drying process, using satured flashing evaporation vapor.
We can absolutely remove dust that waste vapor carrying, the dust will not easily adhere to external surface of heater tubes. So the evaporating efficiency of evaporator is better stable.
There are smaller hot water ducts instead of big vapor ducts across workshop, which will not effect disposal of other equipments.
We don’t require high-power fan in evaporation system, so we can decrease power consumption of evaporation system.
If dryers stopped, we also can absolutely use fresh steam into evporation system.
Fields of application:
Particularly suited for corn steep liquidalcoholic wastewaterglucose liquid.
