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DVP Series Reverse osmosis water filtration for hemodialysis peritoneal dialysis mobile portable RO system
RO ultrapure water purifiers employ a multi-stage filtration process that includes sediment filters, activated carbon filters, and a semipermeable membrane. The system effectively removes impurities, contaminants, and particles, ensuring the production of high-quality water for laboratory use.
Feature
With exceptional performance, the RO ultrapure water purifier
achieves a 99% purity level, providing laboratories with
ultra-clean water free from dissolved solids, organic compounds,
heavy metals, and bacteria. The inclusion of UV equipment adds a
layer of sterilization, ensuring the water is microbiologically
safe.
Application
This RO ultrapure water purifier finds wide applications in
laboratory environments, such as scientific research,
pharmaceutical analysis, biotechnology, and quality control. It is
ideal for lab filling, preparation of reagents, instrument
calibration, and experiments that require ultra-pure water. The RO
ultrapure water purifier guarantees a reliable source of
high-purity water, facilitating accurate and precise laboratory
analysis and experimentation.
CJ-DVP series performance and configuration indicators | |||||||||
MAKE-UP FLOW RATE (@25°C) | WATER QUALITY | Tap water requirement | INORGANICS REJECTION RATE | DAILY USAGE (MAX) | FEED WATER PRESSURE | Total bacteria | Endotoxin | Disinfection method | Power and voltage-related information |
120l/hour 31.7(Gallon/hour) | AAMI / ISO dialysis water standard | ≤400μs/cm 0.2-0.5Mpa | ≥98.7% | 2880 liter/day 761.9 (Gallon/day) | 0.2~0.35Mpa | <50CFU/ml | <0.25EU/ml | Automatic chemical disinfection | 220V 50-60Hz <340w/Hour |
A reliable hemodialysis water treatment equipment is not only bio-safe, but also portable and comfortable to use.
Water plays a very important role in the field of hemodialysis application. Unqualified water will bring additional risks to patients and hospitals.
For example, Europe, North America, Asia, South America, and other regions have strict and clear requirements for the standards of hemodialysis water.
Application | Techniques |
---|---|
Hemodialysis (HD) | This is one of the most common types of dialysis and involves removing waste and excess fluid from the blood by circulating it through a dialysis machine, which filters the blood and returns it to the body. Hemodialysis water is used to prepare the dialysate solution, which is the fluid that circulates through the dialysis machine and removes waste products from the blood. |
Hemodiafiltration (HDF) | This is a type of dialysis that combines hemodialysis with ultrafiltration, which is the process of removing excess fluid from the blood. In HDF, hemodialysis water is used to prepare both the dialysate solution and the replacement fluid, which is the fluid that is infused into the blood to replace the removed fluid. |
Feature | Description |
---|---|
Ultra-low running noise | Running noise is below 50 dB, providing a better patient dialysis experience |
Consumable RO sets | RO sets have a longer service life, 1-2 times that of similar products, providing better economy |
Quick socket | The socket can be installed and disassembled in 15 seconds, allowing for easy maintenance |
Lifebuoy system | The system automatically switches to the emergency water tank, extending dialysis time by over 30 minutes when the water supply is cut off |
Automatic circular disinfection | The system has automatic circular disinfection capability, ensuring a clean and sanitary dialysis environment |
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