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Original Articles

State Diagram of Spray Dried Bovine Colostrum Powder

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Pages 480-491 | Received 07 Aug 2011, Accepted 22 Oct 2011, Published online: 20 Dec 2014

Figures & data

TABLE 1 Model parameters for BET and GAB equations

FIGURE 1 Water adsorption isotherm of SDBC powder at 25°C.

FIGURE 1 Water adsorption isotherm of SDBC powder at 25°C.

TABLE 2 Glass transition temperature of SDBC powder as a function of moisture content (when there is no formation ice)

TABLE 3 Freezing point temperature and maximal-freeze-concentration conditions of bovine colostrum as a function of initial solid concentration

FIGURE 2 A typical DSC thermogram of bovine colostrum containing freezable water (0.501 kg solids/kg samples) for 30 min annealing (, , and are the peak, maximum slope, and start of ice melting endotherm, and is the end point of freezing for maximal-freeze-concentration condition).

FIGURE 2 A typical DSC thermogram of bovine colostrum containing freezable water (0.501 kg solids/kg samples) for 30 min annealing (, , and are the peak, maximum slope, and start of ice melting endotherm, and is the end point of freezing for maximal-freeze-concentration condition).

FIGURE 3 Enthalpy change of ice melting as a function of water content.

FIGURE 3 Enthalpy change of ice melting as a function of water content.

FIGURE 4 State diagram of spray dried bovine colostrum.

FIGURE 4 State diagram of spray dried bovine colostrum.

FIGURE 5 Relationships between glass transition temperature, water activity, and water content of SDBC powder.

FIGURE 5 Relationships between glass transition temperature, water activity, and water content of SDBC powder.

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