Salt substitute with plant tissue carrier
View Patent ↗A salt substitute including an inorganic food-grade salt, an organic food-grade acid as an acidulant, and edible plant tissue. The inorganic food-grade salt and the organic food-grade acid are dispersed throughout the plant tissue. The inorganic food-grade salt may include sodium and non-sodium salts. The salt substitute is a particulate solid, and may include one or more additives.
1. A salt substitute comprising:
an inorganic food-grade salt;
an organic food-grade acid as an acidulant; and
dried plant tissue, wherein the inorganic food-grade salt and the organic food-grade acid are dispersed throughout the dried plant tissue,
wherein the salt substitute is a particulate solid formed by a process comprising:
contacting the dried plant tissue with an aqueous solution comprising the inorganic food-grade salt and the food-grade acidulant to disperse the inorganic food-grade salt and the food-grade acidulant throughout the dried plant tissue to yield a wet, infused plant tissue;
removing water from the wet, infused plant tissue to yield a dry, infused plant tissue; and
reducing the size of the dry, infused plant tissue to yield the particulate solid.
2. The salt substitute of claim 1 , wherein the dried plant tissue comprises dried fruit tissue, dried vegetable tissue, or a combination thereof.
3. The salt substitute of claim 2 , wherein the dried plant tissue comprises dried fruit tissue, and the dried fruit tissue comprises dried apple tissue.
4. The salt substitute of claim 2 , wherein the dried plant tissue comprises dried vegetable tissue, and the dried vegetable tissue comprises dried carrot tissue.
5. The salt substitute of claim 1 , wherein the organic food-grade acid is selected from the group consisting of citric acid, tartaric acid, acetic acid, malic acid, fumaric acid, lactic acid, benzoic acid, and any combination, derivative, or source thereof.
6. The salt substitute of claim 5 , wherein the organic food-grade acid comprises citric acid.
7. The salt substitute of claim 1 , wherein the inorganic food-grade salt is selected from the group consisting of food-grade alkali metal salts and food-grade alkaline earth metal salts.
8. The salt substitute of claim 1 , wherein the inorganic food-grade salt is a chloride salt.
9. The salt substitute of claim 8 , wherein the inorganic food-grade salt comprises potassium chloride.
10. The salt substitute of claim 1 , wherein the inorganic food-grade salt and the plant tissue are present in the salt substitute in a weight ratio between about 2:1 and about 1:10.
11. The salt substitute of claim 1 , wherein the inorganic food-grade salt dispersed throughout the plant tissue is dissociated.
12. The salt substitute of claim 1 , wherein some of the inorganic food-grade salt is in crystalline form.
13. The salt substitute of claim 1 , further comprising crystalline sodium chloride mixed with the particulate solid.
14. The salt substitute of claim 1 , wherein the dried plant tissue is freeze-dried.
15. The salt substitute of claim 1 , wherein the aqueous solution is a homogenous aqueous solution.
16. The salt substitute of claim 1 , wherein reducing the size of the dry, infused plant tissue comprises grinding the dry, infused plant tissue.
17. A method of preparing a salt substitute, the method comprising:
contacting dried plant tissue with an aqueous solution comprising an inorganic food-grade salt and an organic food-grade acid, thereby dispersing the inorganic food-grade salt and the organic food-grade acid throughout the dried plant tissue to yield a wet, infused plant tissue;
removing water from the wet, infused plant tissue to yield a dry, infused plant tissue, wherein the dry, infused plant tissue comprises dissociated inorganic food-grade salt dispersed throughout the dry, infused plant tissue; and
reducing the size of the dry, infused plant tissue to yield a particulate solid.
18. The method of claim 17 , wherein the dried plant tissue is freeze-dried.
19. A salt substitute comprising:
an inorganic food-grade salt;
an organic food-grade acid as an acidulant; and
dried plant tissue, wherein the inorganic food-grade salt and the organic food-grade acid are dispersed throughout the dried plant tissue,
wherein the salt substitute is a particulate solid, and the inorganic food-grade salt and the plant tissue are present in the salt substitute in a weight ratio between about 2:1 and about 1:10.