Abstract: A composition having a mixture of discreet particles, each particle comprising an active substance and a coating material, the active substance being at least partially coated with the coating material. The mixture of discreet particles includes a first batch of first particles, the first particles of the first batch having a first average weight % ratio of the active substance to the coating material; and a second batch of second particles, the second particles of the second batch having a second average weight % ratio of the active substance to the coating material, the second average weight ratio being different from the first average weight ratio.

Abstract: A baking additive for enhancing the shelf-life and maintaining the volume of a baked product, and methods for producing and using the same. The baking additive comprises a blend of an non-encapsulated acidulate and an acidulate having a fat-based encapsulating coating that is degradable by heat. The combination of the encapsulated and non-encapsulated provides strategic release of the acidulates throughout the baking process such when the baking additive is added to a dry dough mix, the acidulates can sufficiently decrease the pH of the dry dough mix to prevent microbial contamination without interfering with glutton elasticity or the chemical leavening system.

Abstract: A baking additive for enhancing the shelf-life and maintaining the volume of a baked product, and methods for producing and using the same. The baking additive comprises a blend of an non-encapsulated acidulate and an acidulate having a fat-based encapsulating coating that is degradable by heat. The combination of the encapsulated and non-encapsulated provides strategic release of the acidulates throughout the baking process such when the baking additive is added to a dry dough mix, the acidulates can sufficiently decrease the pH of the dry dough mix to prevent microbial contamination without interfering with glutton elasticity or the chemical leavening system.

Abstract: Methods for producing an encapsulated bead comprising a droplet of a wet ingredient coated by a water-insoluble, alginate-based gel. The alginate-based coating comprises a plurality of pores having a diameter sufficient to allow the wet ingredient contained within each encapsulated bead to leach therethrough when placed within a solution. The methods for producing an encapsulated bead generally comprise the steps of preparing a first solution comprising an alginate and a first solvent and a second solution comprising a multivalent salt and a second solvent, and causing liquid drops of the first solution to come into contact with the second solution.

Abstract: A baking additive for enhancing the shelf-life and maintaining the volume of a baked product, and methods for producing and using the same. The baking additive comprises a blend of an non-encapsulated acidulate and an acidulate having a fat-based encapsulating coating that is degradable by heat. The combination of the encapsulated and non-encapsulated provides strategic release of the acidulates throughout the baking process such when the baking additive is added to a dry dough mix, the acidulates can sufficiently decrease the pH of the dry dough mix to prevent microbial contamination without interfering with glutton elasticity or the chemical leavening system.

Abstract: An encapsulated alcohol bead, and methods for producing and using the same, comprising a droplet of alcohol coated by a water-insoluble, alginate-based gel. The alginate-based coating comprises a plurality of pores having a diameter sufficient to allow the alcohol contained within each encapsulated alcohol bead to leach therethrough when the encapsulated alcohol bead is placed within a solution. Various dry mix products may include the encapsulated alcohol beads, such that the resultant products produced therefrom do not require a user to independently add alcohol thereto, and contain a sufficient amount of alcohol and/or alcohol flavor.