Growth Potential of Calcium Propionate in the Food Industry
West Bengal Chemical Industries Ltd
A GMP, ISO and HACCP Certified Company
Use of Preservatives:
Mold is an opportunistic organism (fungi) that feeds on organic matter and reproduces thereby causing food-borne diseases. One of the serious problems found among baked goods is that it decreases the shelf life and thus spoils the food. Bread, buns provide optimal temperature and conditions for mold to grow on baked goods. The mold itself is not harmful but toxins produced by it are carcinogenic in nature, also known as Mycotoxins. Thus, post-baking contamination control
Calcium propionate:?
Calcium Propionate that goes by the formula Ca(C2H5COO)2 is an organic calcium salt. It is a stable compound that is soluble in water and is most active under pH 5.5. It is formed by the chemical reaction of calcium salts with propionic acid. It is an antifungal agent that under acidic conditions converts to propionic acid which is slightly stronger than acetic acid, thereby, having an antibacterial effect. Calcium propionate prevents the growth of bacteria and energy produced by them, unlike benzoates which require an acidic environment. Calcium propionate is one of the intermediate products of animal metabolism which has the broad antibacterial activity to prevent molding by inhibiting the propagation of microorganisms.
It is used as a preservative in the field of food, agriculture, and pharmaceuticals industry. Most commonly used in baked goods, processed meat, and dairy products. Also improves the appetite of livestock and increases milk production when is mixed with other inorganic components. As a feed additive, it enhances the shelf life by preventing feed molding
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Naturally,?Calcium propionate?occurs in cheese and butter but is mostly used as a preservative in bread and baked goods that can be easily spoiled by mold growth but does not interfere with the yeast fermentation of bread. Calcium propionate is sometimes used alongside sodium propionate as sodium propionate delays the fermentation process of bread by raising the pH. Whereas it is preferred over calcium propionate in cakes or pastries as they become fluffy without worrying about the increase in pH. Yet Calcium propionate is more stable than sodium propionate.
Calcium Propionate?is added in the dough preparation phase and is an effective dose to attain the required results. But if the baked item is prepared not according to Good Manufacturing practices even in a suitable environment, it may not effectively inhibit bacterial/ fungal growth.
Growth In Food Industry:?
Ensuring the safe supply of hygienic products to consumers has become the major concern which led to an increase in demand for the preservative to prevent spoiling of products, especially that are soon prone to mold or bacterial growth, thereby decreasing shelf life. Consumers’ preference for fresh, hygienic products with prolonged shelf life has increased. And Calcium Propionate has become a choice of preference for countable reasons thus increasing its market value of it. Let us list them all: