About Ultra Pure Water System
Ultra Pure Water System is most commonly utilized in semiconductor industries and laboratories where even single ion can alter or harm whole processing system. It is known to operate on principle of de-ionization and reverse osmosis thus results in removal of all kinds of solid & dissolved impurities including heavy metals & pathogens. This is completely automatic system which is provided with digital screen for monitoring & setting required parameters. It has been equipped with UV source which ensures complete elimination of all kinds of microorganisms. Ultra Pure Water System is also required for advanced techniques including HPLC.
Elga water is a part of Veolia lab water. water purification is often a complex process that incorporate multiple technologies into a single purification system. it may help you for during the sample preparation and many more analysis or application.
We have type I or type II system both. we also have such system in which you will get the type I water quality though the direct tap water.
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Advanced Multi-Stage PurificationUtilizing pre-filtration, RO, UV, UF, and final polishing, this system removes particulates, organic carbon, bacteria, and ions, providing ultra pure water suitable for the strictest analytical and research requirements. Its integrated piping and alarm for filter change ensure reliable and efficient operation.
Precision and Flexibility for Laboratory ApplicationsEquipped with a borosilicate glass water path and microprocessor-based digital controls, the system offers precise monitoring and adjustment of water quality parameters. With up to 2% accuracy and flow rates from 10 to 40 L/hr, it adapts to varying project needs while maintaining consistent performance.
User-Friendly Operation and Robust DesignThis floor-standing unit features fully automatic controls, LCD digital display, automatic start/stop, and water level management. Manufactured from stainless steel and high-grade plastic, it ensures longevity and temperature resistance up to 80C, allowing safe and reliable operation in demanding environments.
FAQs of Ultra Pure Water System:
Q: How does the Ultra Pure Water System ensure water purity for sensitive laboratory applications?
A: The system employs a multi-stage purification process, including pre-filtration, RO, UV sterilization, UF, and final polishing. This combination efficiently reduces particulates, bacteria, and organic carbon to levels suitable for genomics, proteomics, cell culture, and HPLC, delivering up to 18.2 Mcm resistivity and 5 ppb TOC.
Q: What is the process for starting and operating the Ultra Pure Water System?
A: Operation is fully automatic; simply ensure the system has either tap or pre-treated inlet water, power supply connected to 220V AC, and set the desired flow rate via the user-friendly LCD digital display. Automatic water level control and start/stop functions simplify ongoing operation.
Q: When should the filter cartridges be replaced in the system?
A: The integrated alarm system alerts users when a filter change is necessary, helping maintain optimal water quality. Replacement frequency depends on water usage and inlet water quality but can typically be determined by system notifications.
Q: Where is this Ultra Pure Water System best utilized?
A: This system is specially designed for laboratories, industrial facilities, pharmaceutical production, and research institutes in India, where ultra pure water is required for precision analyses and processes.
Q: What benefits does inbuilt UV sterilization and heating provide?
A: Inbuilt UV sterilization ensures minimal bacteria levels (<1 CFU/ml) for safe use in cell culture and clinical analysis, while the heating element (up to 80C, 180W) enables temperature control for a range of application requirements.
Q: How accurate are the water quality and flow rate measurements?
A: The microprocessor-based digital controls and LCD display provide real-time readings and adjustments, maintaining accuracy within 2% for both water quality parameters and flow rate across all models.
Q: What steps are involved in adjusting the flow rate for different applications?
A: Users can modify the flow rate, ranging from 10 to 40 liters per hour, by using the interface controls on the digital display. This flexibility allows the system to accommodate varying sample volumes and throughput demands in multiple laboratory processes.