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0086 28 87573647
+86 19150187139
With the rapid development of China's pharmaceutical industry, water treatment technologies for pharmaceutical use have gradually become mature and stable. Purified water is a crucial raw material in pharmaceutical production, involved throughout the entire manufacturing process - including raw material preparation, purification, final product formulation, washing, and cleaning. It plays a vital role in pharmaceutical production. The purified water system employs a pretreatment stage consisting of a raw water tank, raw water pump, multi-media filter, activated carbon filter, and a water softener regeneration system. The core technology is reverse osmosis for desalination, while sterilization of the purified water distribution system is achieved through ultraviolet (UV) sterilization, ozone sterilization, or pasteurization. The system’s effluent quality meets the requirements of the 2020 edition of the Chinese Pharmacopoeia for purified water and the YY/T 1244-2014 standard for purified water used in in vitro diagnostic reagents.
Water supply for laboratories in numerous national government agencies, including environmental monitoring stations, disease control centers, agricultural bureaus, water authorities, environmental protection bureaus, public security departments, quality supervision departments, and pharmaceutical administration agencies;
Laboratories in colleges, universities, and middle and primary schools, including chemistry labs, physics labs, and specialized labs for students;
Water supply for multiple laboratories in research institutions such as the Chinese Academy of Sciences, China Academy of Space Technology, and China Coal Research Institute.
Model | UPT-II-250/500/1000LB-G | UPT-II-250/500/1000LEB-G |
Power Supply | AC380V~50HZ | |
Power Consumption | ≥4KW（Depending on the system configuration and process requirements） | |
Feed Water Source | Municipal tap water with total dissolved solids (TDS) < 200 ppm, residual chlorine content ≤ 0.05 mg/L, water pressure 1.5–5 kg/cm², and water temperature 5–45°C. | |
Purification Process | Pretreatment + Dual-stage Reverse Osmosis + Distribution System | Pretreatment + Dual-stage Reverse Osmosis + EDI System + Distribution System |
Production Capacity | 250/500/1000（L/h） | 250/500/1000（L/h） |
Purity of Output Water | Electrical Conductivity of Product Water：≤5μS/cm@25℃（Online Monitoring） | Electrical Conductivity of Product Water：≤0.1μS/cm@25℃（Online Monitoring） |
Main Unit Dimensions | The equipment dimensions vary depending on the selected configuration. | |
Floor Space Required | The floor space required varies depending on the selected configuration. | |
Weight | The equipment weight varies depending on the selected configuration. | |
Storage Tank | The 250L model comes standard with a 250L stainless steel sterile water tank; the 500L model comes standard with a 500L stainless steel sterile water tank; the 1000L model comes standard with a 1000L stainless steel sterile water tank | |
Note:
Dimensions: W (front) × D (side) × H (height), with dimensional tolerance of 0 to +5 mm.
Standard cabinet configuration is carbon steel with powder coating; optional upgrade to stainless steel cabinet available.
Optional upgrade configurations include: Full stainless steel construction (add suffix letter "B" to model number), EDI system (add letter "E" to model number), 304 stainless steel water tanks (standard/sterile), PLC + touch screen HMI interface, Ultraviolet sterilization unit, Leak protection system, Remote monitoring capability
Based on user water requirements, terminal water outlets can be paired with UPHW or ULPHW series ultra-pure water systems to achieve resistivity up to 18.2 MΩ·cm, meeting high-end application requirements such as HPLC, IC, MC, ICP, GC, TOC analysis, trace and ultra-trace inorganic and organic analysis, DNA sequencing, cell culture, and electrophoresis.
Inlet water pressure must be less than 1.5 kg/cm²; if higher, piping modification and installation of a raw water storage tank are required.
The illustrations and colors shown are for reference only; final product may vary depending on actual delivered unit.
The system features an independently developed, fully automatic control system with functions including automatic start/stop, self-diagnosis, water pressure protection, power outage protection, low-water protection, tank water shortage detection, automatic water production, automatic shutdown when tank is full, and safety automatic lock.
The system automatically performs rinsing, with real-time online display of operating status and key parameters (e.g., flow rate, pressure, water quality). Data storage and external printing capabilities are available as optional features.
The system is equipped with automatic detection, protection, alarm, and response functions for abnormal conditions such as water outages, power failures, and overloads.
To prevent bacterial growth and maintain water quality, the pretreatment unit includes a night-time standby rinse and regeneration function, while the reverse osmosis unit features automatic rinsing and pulsed standby rinse functions.
For emergency situations, the equipment includes a comprehensive emergency water supply function to ensure uninterrupted water delivery.
High-performance imported membranes are used, with ion removal efficiency of ≥99.5% and organic contaminant removal efficiency of ≥99.8%.
The system integrates pretreatment, reverse osmosis, and ultrapure purification units, producing water that fully complies with national standards including GB/T 6682-2008, GB 33087, and GB 11446.1-2013.
Optional dedicated software enables remote monitoring and fault diagnosis functions, providing data support for troubleshooting, and allows seamless integration with customer service centers.
