The initial concentration of solutes in the osmotic solution can affect the rate of water loss of plant commodities. The higher concentration may increase the solid gain of fruits and but can influence the taste of the product by making it too sweet. The problem taking place during osmotic dehydration is a large solute uptake. Solids uptake modifies final product composition (i.e. sugar to acid ratio) and taste. The solids uptake blocks the surface layers of the product, posing an additional resistance to mass transfer and lowering the rates of complementary dehydration. Besides process temperature, type of osmotic agent and osmotic solution concentration show a central role to solute uptake. Another problem associated with the implementation of osmotic treatment in the industry was the solute loss and particles from food such as acids, proteins, pigments and aromas which leached into solution. Major problem occurred in the modification of pH, water activity as well as physical (viscosity) and sensorial (color and flavor) changes during utilization (Dalla Rosa and Giroux, 2001). When the solution was reused, then reestablishment of solute can be controlled. Several techniques had been used to get the objective, including evaporation at high temperature or low temperature under the application of vacuum, the addition of solute to save the cost of energy, the concentration of membrane and cryoconcentration.