Hypro Engineers Pvt. Ltd.

HyproDeaerated Water Plant

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This is now an additional product offering from Hypro apart from its mainstream products. State-of-the-art, Water Deaerator, is the newly launched product to be added to the list of highly innovative products by Hypro. We are now all set to serve multiple industries as our Water Degassing Process is in tune with Brewing, Food & Beverage, Cosmetics, Chemical, Pharmaceutical industries. Being India’s leading international standard hygienic process systems supplier, we have successfully commissioned 5 Water Deaeration Systems for United Breweries Limited. DAW Industrial Plant is conceptualized and designed to reach appreciably lower DO levels in the feed water.

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Degassed water has high importance in beer tanks & beer supply lines as air/oxygen may spoil the perishability and taste of the Beer. It is therefore so important to achieve DO levels of feed water less than 10 ppb. Who other than Hypro can do it! Hypro fabricates a highly innovative Deaerated Water Plant of global standards. The structure is used to reduce the oxygen content in feed water which is then supplied to the brewhouse. It also produces brewing-quality water which is used to dilute the beer in the high-gravity brewing process. DAW System consists of a deaerator column with high efficiency structured packing inside it. We have also eliminated the use of steam energy for our Water Deaeration Systems.

Feed water for which oxygen content to be removed & CO2 sweep gas is passed in a counter-current manner through deaerator column. The mass transfer takes place through the packing resulting in a dissolve of oxygen into CO2 sweep gas. This water will get then pass through the glycol-based heat exchanger. This will chill the DAW water to 3 deg cel & further stored in DAW storage tank, further transferred to the brewhouse.

  • DO levels less than 10 ppb
  • Capacity starts from 15 hl/hr
  • Produces Blend Water for high-gravity beer brewing
  • Deaerator column with high efficiency structured packing inside
  • Semi-automatic and/or fully automatic system
  • Low energy costs
  • Low commissioning costs