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Author(s)
Water, a simple chemical ingredient, is so important
during the process of cooking and baking product as flour. Its
functions in baking processes are numerous, some of which are not
entirely clear, while others are evaluated by characteristics of the
mature product. Regardless of its origin, the water shall be drinkable
to be used in processes of baking. In this study, four types of water of
the country which are Spring water, Lajthiza, Tepelena and Trebeshina
are evaluated. Three factors that must be considered in relation to
water quality, such as taste, content of chemicals and mineral content
are evaluated. Identification of an unusual taste or bad smell in water
can change the taste of the final product. Chlorine is considered a
chemical ingredient that has significant effects on the quality of the
dough, especially in the fermentation activity. Yeast, being a natural
microorganisem, is sensitive to chlorine. Also a high level of chlorine
affects the function of flour and enzymes especially. Mineral content of
the water determines the hardness and softness of the water, where
strong water contains a large amount of minerals, while soft water
contains a very limited amount of minerals. Dough characteristics may be
affected by the minerals content in water: minerals used by the yeast
nutrient, so a change in their concentration in the water affects at the
fermentation process. As a result, a change in fermentation will affect
at the dough characteristics, making it stronger or weaker. In a wider
sense of functionality of baking ingredient products, it is very
important to control the baking process and final production of a
consistent quality. Often, when quality is not within the required
standards and used not adequately, water can be a determining factor for
obtaining the desired dough and final product characteristics.
KEYWORDS
Cite this paper
Sinani, V. , Sana, M. , Seferi, E. and Sinani, A.
(2014) The Impact of Natural Water Quality on Baking Products in
Albania. Journal of Water Resource and Protection, 6, 1659-1665. doi: 10.4236/jwarp.2014.618149.
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