DM Plants: | ||||||||||||||||||
Hydropure DM Plants are used in combination with UV and UF for Generation of High Purity water for pharmaceutical, Biotechnology, Semi-conductor, Cosmetic and Food & Beverages Industry. The typical pre-treatment is filtration and DM Plant consists of a tow Bed system followed by a CATPOL or MB polisher. The plants are built using FRP housing and UPVC valves and piping system. The DM plants are designed for achieving highest treated water quality with lowest consumption of chemicals for regeneration.
The DM plant based systems are custom built for any capacity and come with option of fully automatic or manual plant operation. Resins for this are carefully selected to meet the application requirements. The post DM UF system are built using Hollow Fine Fibber membrane of less than 10K D MWCO for microbial and TOC rejection to achieve the treated water quality complying USFDA, MHARA, WHO, EU & other international and pharmacopeia’s and standards. The UF system is hot water Sanitisable up to 85 Deg C.
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About Hydropure:
INTRODUCTION |
Hydropure is a globally renowned company proving reliable solutions to the industry for its water and waste water treatment problems worldwide. The company was established in 2001 with the philosophy of continuous innovation and improvement in technology. Hydropure products and services maintain a technological edge to achieve optimized plant design and complete customer satisfaction.
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CORPORATE ACTIVIES |
Hydropure has three core areas of business; we execute Turn Key Project in High Purity Water Systems, Waste Water Treatment & Recycle Solution and Desalination & Potable Water Plants across continents.
The High Purity Systems are designed in accordance with latest ASME BPE and ISPE guidelines to deliver PW & WFI water as per USFDA/MHRA & other international pharmacopoeias. All the plants built by us are designed for absolute control of microbial growth thereby minimizing the need for system sanitization.
Treating waste water is never easy; Hydropure has developed several processes which have not only opened up the possibilities of treating difficult waste water |