-
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
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
[Pharmaceutical Network Technical Article] At 14:00 on May 31, the "Introduction of Purified Water Storage and Distribution System" brought by Jingderui technical engineer will be officially launched on Pharmaceutical Network
.
Figure 1 "Introduction of Purified Water Storage and Distribution System" Purified water is mainly used in biopharmaceutical, medical equipment and other industries, and can be used as raw material production, separation and purification, finished product production, cleaning and washing water
.
"Chinese Pharmacopoeia" and GMP both put forward clear requirements for the quality standard of purified water
.
The main function of the purified water storage and distribution system is to adjust the water demand during peak periods, thereby reducing the capital investment of the initial preparation system, but it is also necessary to take effective measures to control the growth of microorganisms
.
In order to ensure that the quality of purified water delivered to the point of use can always meet the water requirements, the storage and distribution system of purified water equipment needs to minimize the risk of water pollution from the design stage
.
There are various designs for purified water storage and distribution systems
.
No matter which design form is chosen, it mainly depends on the user's water needs
.
A good storage and distribution system design usually takes into account regulatory requirements, quality and safety, investment costs and practicality and other factors, and eliminates the occurrence of insufficient design and excessive design
.
With reasonable cost input, the risk of system pollution can be minimized and the quality of produced water can be improved
.
Therefore, this live broadcast will focus on regulatory requirements, design principles, distribution processes and application cases, so that more people can have an in-depth understanding of purified water storage and distribution systems, and then use purified water equipment correctly
.
Figure 2 "Jingderui purified water equipment" Jingderui purified water equipment has good water quality; compact structure, small footprint, easy installation and maintenance; overall hygienic design, no dead ends, in line with GMP requirements
.
Want to learn more? Welcome to the live broadcast room to find out~ About Jingderui Jingderui is a brand of Shenzhen Kerui Environmental Protection Equipment Co.
, Ltd.
Jingderui has always focused on comprehensive services for water treatment, membrane separation and process system equipment, and its product range covers biological Pharmaceutical, medical equipment, food and beverage, cosmetics, health care products, electronics industry, electric power new energy and many other fields
.
In 2005, Jingderui took the lead in realizing the standardized design, manufacture, installation and management of pure water equipment in the industry, and applied standardization to the medical water system
.
.
Figure 1 "Introduction of Purified Water Storage and Distribution System" Purified water is mainly used in biopharmaceutical, medical equipment and other industries, and can be used as raw material production, separation and purification, finished product production, cleaning and washing water
.
"Chinese Pharmacopoeia" and GMP both put forward clear requirements for the quality standard of purified water
.
The main function of the purified water storage and distribution system is to adjust the water demand during peak periods, thereby reducing the capital investment of the initial preparation system, but it is also necessary to take effective measures to control the growth of microorganisms
.
In order to ensure that the quality of purified water delivered to the point of use can always meet the water requirements, the storage and distribution system of purified water equipment needs to minimize the risk of water pollution from the design stage
.
There are various designs for purified water storage and distribution systems
.
No matter which design form is chosen, it mainly depends on the user's water needs
.
A good storage and distribution system design usually takes into account regulatory requirements, quality and safety, investment costs and practicality and other factors, and eliminates the occurrence of insufficient design and excessive design
.
With reasonable cost input, the risk of system pollution can be minimized and the quality of produced water can be improved
.
Therefore, this live broadcast will focus on regulatory requirements, design principles, distribution processes and application cases, so that more people can have an in-depth understanding of purified water storage and distribution systems, and then use purified water equipment correctly
.
Figure 2 "Jingderui purified water equipment" Jingderui purified water equipment has good water quality; compact structure, small footprint, easy installation and maintenance; overall hygienic design, no dead ends, in line with GMP requirements
.
Want to learn more? Welcome to the live broadcast room to find out~ About Jingderui Jingderui is a brand of Shenzhen Kerui Environmental Protection Equipment Co.
, Ltd.
Jingderui has always focused on comprehensive services for water treatment, membrane separation and process system equipment, and its product range covers biological Pharmaceutical, medical equipment, food and beverage, cosmetics, health care products, electronics industry, electric power new energy and many other fields
.
In 2005, Jingderui took the lead in realizing the standardized design, manufacture, installation and management of pure water equipment in the industry, and applied standardization to the medical water system
.
