The circulation of liquids from one unit to another one can take place in the same direction of the circulation of steam (co-current) or in opposite directions (counter current). The optimal number of evaporators in series (effects, n) to be used in a plant of this type results from an economic balance between the cost due to consumption of energy (which decreases if n increases) and the investment cost (which increases if in increases). To accelerate and recover the GLAUBER Salt the efficient system is Crystallizer and for the mixed salt’s crystals contained in the mother water, one of the most efficient systems is the Agitated Thin Film dryer.

Go Back

The circulation of liquids from one unit to another one can take place in the same direction of the circulation of steam (co-current) or in opposite directions (counter current). The optimal number of evaporators in series (effects, n) to be used in a plant of this type results from an economic balance between the cost due to consumption of energy (which decreases if n increases) and the investment cost (which increases if in increases). To accelerate and recover the GLAUBER Salt the efficient system is Crystallizer and for the mixed salt’s crystals contained in the mother water, one of the most efficient systems is the Agitated Thin Film dryer.

Go Back

The circulation of liquids from one unit to another one can take place in the same direction of the circulation of steam (co-current) or in opposite directions (counter current). The optimal number of evaporators in series (effects, n) to be used in a plant of this type results from an economic balance between the cost due to consumption of energy (which decreases if n increases) and the investment cost (which increases if in increases). To accelerate and recover the GLAUBER Salt the efficient system is Crystallizer and for the mixed salt’s crystals contained in the mother water, one of the most efficient systems is the Agitated Thin Film dryer.

Go Back

Go Back

Go Back

Go Back