-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
-
Cosmetic Ingredient
- Water Treatment Chemical
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
【Hot attention from Chemical Machinery Equipment Network ] In recent years, the pharmaceutical industry has developed rapidly.
According to statistics, by the end of 2020, the market size of China's pharmaceutical industry will reach 1.
79 trillion yuan, and the industry prospects are very broad.
The pharmaceutical industry is developing very rapidly, and at the same time, the quality requirements of pharmaceutical production are also increasing day by day.
Therefore, the pharmaceutical industryPharmaceutical equipment requirements are also very high.
ToTake pharmaceutical water equipment as an example.
The preparation of pharmaceutical water should meet the requirements of the pharmaceutical production quality management regulations in terms of system design, material selection, preparation process, storage, distribution and use.
Hot attention of Chemical Machinery Equipment NetworkChemical machinery and equipmentPharmaceutical equipmentPharmaceutical water equipmentAccording to statistics, by the end of 2020, the market size of China's pharmaceutical industry will reach 1.
79 trillion yuan, and the industry prospects are very broad.
The pharmaceutical industry is developing very rapidly, and at the same time, the quality requirements of pharmaceutical production are also increasing day by day.
Therefore, the pharmaceutical industryPharmaceutical equipment requirements are also very high.
ToTake pharmaceutical water equipment as an example.
The preparation of pharmaceutical water should meet the requirements of the pharmaceutical production quality management regulations in terms of system design, material selection, preparation process, storage, distribution and use.
For example, the water produced by the pharmaceutical purified water equipment has high storage requirements and cannot be in contact with the air, otherwise it will react with the air and cause pollution.
Because the purified water produced does not contain any ions or organic matter, the quality of the purified water cannot be guaranteed as long as it is in contact with the air.
In general, the purified water is not stored but is directly transported to the point of use of the purified water through the circulation pipeline.
Because the purified water produced does not contain any ions or organic matter, the quality of the purified water cannot be guaranteed as long as it is in contact with the air.
In general, the purified water is not stored but is directly transported to the point of use of the purified water through the circulation pipeline.
Not only that, the system design, material selection, preparation process, storage, distribution and use of the pharmaceutical purified water equipment should meet the requirements of the pharmaceutical production quality management regulations.
According to the industry, the pharmaceutical water system should be verified, and a daily monitoring, testing and reporting system should be established, with complete original records, and the pharmaceutical water system for inspection should be cleaned and disinfected regularly.
According to the industry, the pharmaceutical water system should be verified, and a daily monitoring, testing and reporting system should be established, with complete original records, and the pharmaceutical water system for inspection should be cleaned and disinfected regularly.
Among them, the design of pharmaceutical purified water equipment needs to be simple in structure, reliable, and easy to disassemble and assemble.
"In order to facilitate the disassembly, replacement, and cleaning of parts, the design of the actuator should try to use standardized, universal, and systematic parts.
" A related technician said that the inner and outer wall surfaces must be smooth and flat, without dead ends, and easy to clean.
, Sterilization.
The surface of the parts should be treated with chrome plating to resist corrosion and prevent rust.
Avoid using paint on the outside of the equipment to prevent peeling, etc.
"In order to facilitate the disassembly, replacement, and cleaning of parts, the design of the actuator should try to use standardized, universal, and systematic parts.
" A related technician said that the inner and outer wall surfaces must be smooth and flat, without dead ends, and easy to clean.
, Sterilization.
The surface of the parts should be treated with chrome plating to resist corrosion and prevent rust.
Avoid using paint on the outside of the equipment to prevent peeling, etc.
In the pharmaceutical production, the pharmaceutical water preparation system is one of the indispensable equipment.
In order to better meet the needs of pharmaceutical production, the pharmaceutical water preparation system follows the modular design concept, based on functional units such as pretreatment, oxidation disinfection, multi-media filtration, RO reverse osmosis, UV disinfection, EDI continuous deionization, and storage and transportation.
In the process of design, manufacturing, and debugging, the technology, advanced technology and strict quality control are implemented in each functional unit; the final water production device is optimized and combined by various functional modules according to the different water standards, thus ensuring The high performance and high quality of the whole system make the produced water completely meet or exceed the water quality standards of purified water and water for injection.
In order to better meet the needs of pharmaceutical production, the pharmaceutical water preparation system follows the modular design concept, based on functional units such as pretreatment, oxidation disinfection, multi-media filtration, RO reverse osmosis, UV disinfection, EDI continuous deionization, and storage and transportation.
In the process of design, manufacturing, and debugging, the technology, advanced technology and strict quality control are implemented in each functional unit; the final water production device is optimized and combined by various functional modules according to the different water standards, thus ensuring The high performance and high quality of the whole system make the produced water completely meet or exceed the water quality standards of purified water and water for injection.
In recent years, my country's pharmaceutical water preparation technology has become more sophisticated and the system has become more and more perfect.
For example, a company said that the core technology of the company’s pharmaceutical purified water equipment adopts new processes such as single-stage or dual-stage reverse osmosis and EDI, and has designed a complete set of high-quality pure water treatment processes to meet the needs of pharmaceutical factories, hospitals and experiments Requirements for the production of purified water or distilled water for laboratory diagnostic reagents.
In addition, the entire system of the product is made of SUS304L or SUS316L all stainless steel, and it must be equipped with ultraviolet and ozone sterilization devices before the water point, and pasteurization can also be used.
For example, a company said that the core technology of the company’s pharmaceutical purified water equipment adopts new processes such as single-stage or dual-stage reverse osmosis and EDI, and has designed a complete set of high-quality pure water treatment processes to meet the needs of pharmaceutical factories, hospitals and experiments Requirements for the production of purified water or distilled water for laboratory diagnostic reagents.
In addition, the entire system of the product is made of SUS304L or SUS316L all stainless steel, and it must be equipped with ultraviolet and ozone sterilization devices before the water point, and pasteurization can also be used.
It is understood that the country has very strict water requirements for the pharmaceutical industry.
The water treatment and purified water system is designed and manufactured in accordance with GMP requirements, and the purified water process is designed according to the source water quality.
At the same time, it provides customers with complete GMP system verification services.
The above-mentioned companies said that the company system The automatic control method is stable and reliable, which better meets the requirements of the pharmaceutical production and purified water in the pharmaceutical industry.
The water treatment and purified water system is designed and manufactured in accordance with GMP requirements, and the purified water process is designed according to the source water quality.
At the same time, it provides customers with complete GMP system verification services.
The above-mentioned companies said that the company system The automatic control method is stable and reliable, which better meets the requirements of the pharmaceutical production and purified water in the pharmaceutical industry.
The advancement of pharmaceutical purified water equipment technology provides an important guarantee for the development of my country's pharmaceutical industry.
But at the same time, it is worth noting that users also need to pay attention to many aspects when using pharmaceutical purified water equipment to ensure the good operation of the equipment to ensure water quality and efficiency.
If the product is used, the ultrafiltration membrane filter element should always be kept in a moist state.
If the ultrafiltration membrane filter element is dried, the water production will drop sharply and cannot be recovered; if the pharmaceutical purified water equipment is not used for more than three days, the pharmaceutical purified water equipment should be repeatedly flushed for 2-5 minutes until the pharmaceutical purified water equipment is used again.
When the tap water is stopped, please turn on the sewage to drain off the silt, rust, etc.
in the tap water pipe, then turn on the purified water to use purified water; flush the pharmaceutical purified water equipment frequently , In order to effectively extend the service life of pharmaceutical purified water equipment.
But at the same time, it is worth noting that users also need to pay attention to many aspects when using pharmaceutical purified water equipment to ensure the good operation of the equipment to ensure water quality and efficiency.
If the product is used, the ultrafiltration membrane filter element should always be kept in a moist state.
If the ultrafiltration membrane filter element is dried, the water production will drop sharply and cannot be recovered; if the pharmaceutical purified water equipment is not used for more than three days, the pharmaceutical purified water equipment should be repeatedly flushed for 2-5 minutes until the pharmaceutical purified water equipment is used again.
When the tap water is stopped, please turn on the sewage to drain off the silt, rust, etc.
in the tap water pipe, then turn on the purified water to use purified water; flush the pharmaceutical purified water equipment frequently , In order to effectively extend the service life of pharmaceutical purified water equipment.
Original title: How to improve the performance of pharmaceutical purified water equipment to meet pharmaceutical water quality standards?
