Beverage industries water purification

A third method for oxidizer reduction, namely, ultraviolet radiation, is based on recent developments made in the water purification industry to remove residual chlorine from city water used by the food, beverage, and pharmaceutical industries. In those applications, ultraviolet light at wavelengths between 254 and 310 nm is used to reduce the chlorine and chloramines... 

Membrane operations have been extensively used in the food industry because they require less manpower, are more efficient, and have a shorter processing time than traditional separation techniqnes, so operational costs are considerably lower than traditional processes [105], For instance, membrane separation processes to clarify and concentrate liquids are less costly than conventional filtration and vacuum evaporation, justifying their application in this field [106]. The primary applications of membranes in the food industry are in the beverage (wine, beer, fruit juices, etc.) and dairy (whey protein concentration, milk protein standardization, etc.), processing industries in the processing of egg prodncts, to a lesser extent, and in water purification. 

APPLICATIONS IN OTHER BEVERAGE INDUSTRIES 36.4.1 Water Purification... 

Water purification They can be applied in deodorizing and de-coloring Applications in dififerent industrial field, like food and beverage, pharmaceutical, sugar-making, wine-making and also for super-pure water treatment system of electronic industry and aqueous filtration treatment. [9,71]... 

The range of industrial applications to liquid filtration is very broad. Water purification is one of the most important applications in liquid filtration. The processes of water purification include microfiltration (MF), ultrafiltration (UF), nanofiltration (NF), and reverse osmosis (RO), depending on the size of the undesired particles/molecules to be removed. Some examples of industrial applications including fuel filters, water filters, carbon filter, and wet/dry filters are being widely used in the production of textile, cosmetics, food and beverage, electronic components, papers, ship builders, and oil and gas wells. 

Water treatment, in one form or another, takes up the first four parts of this section, dealing with it as a liquid for drinking, washing and other related uses, as a process input (in food and beverage production or pharmaceutical processes, for example), as a utility (largely in the form of steam), and as a waste product from domestic and industrial activities, needing purification before it can be returned to the water resources whence it came. 

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