Product Introduction
The core working principle of medium-pressure UV equipment is to emit ultraviolet rays covering a wide wavelength range (wavelength range 200nm~400nm), especially the UVC band (200~280nm) through a special medium-pressure mercury lamp. It can emit ultraviolet rays covering a wide wavelength range, including multiple bands that have significant effects on sterilization and decomposition of organic matter.
Ultraviolet rays can destroy the DNA or RNA structure of microorganisms, making them unable to reproduce and survive, thus achieving efficient sterilization and disinfection. In addition, the energy of ultraviolet rays can also cause the molecular bonds of organic matter to break and decompose organic pollutants, such as removing humus and odor substances in water.
Features
High durability light source system
The core is a medium-pressure mercury lamp, which has high power and wide spectrum output, and can continuously and stably emit full-band ultraviolet light. Some devices are also equipped with multiple mercury lamps to increase the intensity of ultraviolet radiation;
Reaction chamber
A properly designed reaction chamber ensures that the ultraviolet rays are evenly irradiated on the treated object, thus improving the treatment effect. The material used is usually a material with high ultraviolet transmittance and corrosion resistance, such as quartz glass.
Control System
Achieve precise control of equipment start, stop, running time, UV intensity and other parameters, automatic cleaning, easy operation and ensure stable operation of equipment;
Broad spectrum sterilization
Full-band ultraviolet rays can effectively kill a variety of bacteria, viruses, fungi, algae and other microorganisms, covering a wide range;
Efficient treatment of organic matter
Decompose organic pollutants in water, such as removing humus and odorous substances in water;
Quick response
Ultraviolet rays react quickly with microorganisms and organic matter, and can achieve the effects of sterilization and decomposition of organic matter in a short time;
No secondary pollution
The ultraviolet sterilization process is a physical action and will not produce secondary pollution like chemical disinfectants.
Medium-pressure UV disinfection and sterilization in the pharmaceutical industry
Many processes in the pharmaceutical industry rely on ultrapure water to produce products that meet stringent quality requirements. Process fluids also use non-ultrapure water, which must be free of microorganisms to prevent bacterial colonization in production facilities. The pharmaceutical industry uses medium pressure UV sterilizers to disinfect and de-ozonate water to the highest purity standards. Pathogens that are resistant to chlorine can be eliminated by medium pressure UV sterilizers.
It successfully eliminates any contamination by interfering with the DNA of bacteria and preventing them from multiplying further. This is essential for process industries such as pharmaceutical production. It has no negative impact on water quality and provides excellent results by successfully treating common viruses.
By using medium-pressure UV sterilizers, manufacturers can ensure efficient deoxygenation and disinfection, meeting the pure water requirements of pharmaceutical companies at all stages.
Medium pressure UV for the removal of organics and impurities in the pharmaceutical industry
In addition to disinfection and sterilization, medium pressure UV can also effectively remove organic matter and impurities in water . Ultraviolet rays can decompose organic pollutants in water, improve the purity of water , and provide clean water for pharmaceutical production.
Medium Pressure UV Dechlorination Applications in the Pharmaceutical Industry
- The traditional preparation process of pure water in the pharmaceutical and other fields usually uses a combination of multi-media and activated carbon as pretreatment. Among them, activated carbon filtration is prone to adsorption saturation and particle precipitation due to its own characteristics, resulting in rapid attenuation of treatment efficiency, frequent maintenance, easy formation of biofilm and damage to subsequent RO filter membranes.
-Medium-pressure ultraviolet light to remove residual chlorine is a green ultra-clean dechlorination technology used in the reverse osmosis front end of the water treatment process. It can replace traditional activated carbon or reducing agents and is a new application trend in pharmaceutical pure water treatment processes.
Technical Parameters
Device Model |
Disinfection power |
Power of single lamp |
Number of lamps |
caliber |
Reference water volume (m³/H) |
Voltage supply |
GYZ-UUVC-1/1.0KW |
1KW |
1KW |
1 piece |
DN100 |
30-40 |
220V50Hz |
GYZ-UUVC-1/2.0KW |
2KW |
2KW |
1 piece |
DN125 |
60-80 |
380V50Hz |
GYZ-UUVC-1/3.0KW |
3KW |
3KW |
1 piece |
DN150 |
100-125 |
380V50Hz |
GYZ-UUVC-2/2.0KW |
4KW |
2KW |
2piece |
DN200 |
130-150 |
380V50Hz |
GYZ-UUVC-1/6.0KW |
6KW |
6KW |
1 piece |
DN250 |
200-250 |
380V50Hz |
GYZ-UUVC-3/3.0KW |
9KW |
3KW |
3piece |
DN250 |
300-350 |
380V50Hz |
GYZ-UUVC-2/6.0KW |
12KW |
6KW |
2piece |
DN300 |
300-350 |
380V50Hz |
GYZ-UUVC-3/6.0KW |
18KW |
6KW |
3piece |
DN350 |
350-400 |
380V50Hz |
GYZ-UUVC-4/6.0KW |
24KW |
6KW |
4piece |
DN400 |
400-450 |
380V50Hz |