A human milk powderization system can include a spray drying machine, a receptacle, and a container. The spray drying machine can be configured to receive liquid human milk through an inlet at a rate of about 2 milliliters per millisecond and to spray dry the human milk at a temperature of about 163 to 167 degrees C. to transform the liquid human milk into a powderized human milk product. The receptacle can be coupled to and configured to receive the powderized human milk product from the spray drying machine. The receptacle can be formed from one or more nonreactive materials, such as crystal. The container can be removably coupled to and configured to receive the powderized human milk product from the receptacle. The container can be configured to transport the powderized human milk product away from the system, and can be formed from one or more nonreactive materials, such as aluminum.

A human milk powderization system can include a spray drying machine, a receptacle, and a container. The spray drying machine can be configured to receive liquid human milk through an inlet at a rate of about 2 milliliters per millisecond and to spray dry the human milk at a temperature of about 163 to 167 degrees C. to transform the liquid human milk into a powderized human milk product. The receptacle can be coupled to and configured to receive the powderized human milk product from the spray drying machine. The receptacle can be formed from one or more nonreactive materials, such as crystal. The container can be removably coupled to and configured to receive the powderized human milk product from the receptacle. The container can be configured to transport the powderized human milk product away from the system, and can be formed from one or more nonreactive materials, such as aluminum.

The invention involves a method of producing cheese curd. The method includes the step of providing a composition including a milkfat fluid. The method includes the step of pasteurizing the composition including the milkfat fluid. The method adjusts the temperature of the composition including the milkfat fluid to a predefined temperature allowing separation of cultures. The method includes the step of combining the composition including the milkfat fluid with diluted acetic acid. The method combines diluted acetic acid, or derivatives. The method adds the diluted acetic acid, or the derivatives to the milkfat fluid adjusted at the predefined temperature to separate whey, or milkfat. The method removes the separated milkfat from the whey and dry to isolate the cheese curd. The method stabilizes the cheese curd and combines the stabilized cheese curd with the milkfat fluid. The method combines yogurt in the stabilized cheese curd to add protein. The cheese curd remains stabilized after combining the yogurt.

The invention involves a method of producing cheese curd. The method includes the step of providing a composition including a milkfat fluid. The method includes the step of pasteurizing the composition including the milkfat fluid. The method adjusts the temperature of the composition including the milkfat fluid to a predefined temperature allowing separation of cultures. The method includes the step of combining the composition including the milkfat fluid with diluted acetic acid. The method combines diluted acetic acid, or derivatives. The method adds the diluted acetic acid, or the derivatives to the milkfat fluid adjusted at the predefined temperature to separate whey, or milkfat. The method removes the separated milkfat from the whey and dry to isolate the cheese curd. The method stabilizes the cheese curd and combines the stabilized cheese curd with the milkfat fluid. The method combines yogurt in the stabilized cheese curd to add protein. The cheese curd remains stabilized after combining the yogurt.

The invention relates to the validation of decontamination processes and in particular to new surrogate organisms and mixtures of said microorganisms used for validating the decontamination processes.

The invention relates to the validation of decontamination processes and in particular to new surrogate organisms and mixtures of said microorganisms used for validating the decontamination processes.

A pasteurization system is configured for incorporating a food treatment system which includes a mix hopper, a freezing cylinder, and a cooling condenser. The pasteurization system includes a pasteurizing pipeline and a cooling module. The pasteurizing pipeline includes a forwarding passage guiding a heat exchanging medium from the compressor to the mix hopper and the freezing cylinder, and a returning passage guiding the heat exchanging medium from the mix hopper and the freezing cylinder back to the compressor through the cooling condenser. The cooling module is operatively coupled at the returning passage for not only reducing the temperature and pressure of the heat exchanging medium at the returning passage but also releasing an excessive energy of the heat exchanging medium before returning back to the compressor.

The present invention discloses a method for the production of a room-temperature acidic beverage containing sporic Bacillus coagulans, which comprises the following steps: an acidic beverage is prepared and sterilized under sterilization conditions corresponding to 750 C to 110 C. for 23 to 33 s; sporic Bacillus coagulans is then dispersed into sterile water, and the Bacillus coagulans solution thus obtained is pasteurized under pasteurization conditions corresponding to 70 to 90 C. for 23 to 33 s; the acidic beverage obtained following sterilization and the sporic Bacillus coagulans solution obtained following pasteurization are placed in canned packaging to obtain a room-temperature acidic beverage containing sporic Bacillus coagulans. By employing a two-step sterilization process, said method ensures that the concentration of active sporic Bacillus coagulans conforms to relevant standards while maintaining the stability of the acidic beverage, and significantly extends the shelf-life of the acidic beverage.

The invention relates to improved acid whey compositions, having an improve lactose content and stability. The invention also relates to processes of making such compositions.

The invention relates to improved acid whey compositions, having an improve lactose content and stability. The invention also relates to processes of making such compositions.