Customized double-pass RO plus EDI solution for GMP purified water production
· Project Overview |
Purified water is an essential utility for medical device manufacturing, especially for component cleaning, product rinsing, process preparation, and equipment sanitation. In GMP-oriented production environments, stable water quality, controlled conductivity, low particle load, and hygienic handling are important for reducing contamination risk and supporting consistent manufacturing quality.
To support its production process, a medical device company in Kenya selected Zhongnuo Water Treatment to design and manufacture a 500 L/h GMP purified water system. The solution converts municipal tap water into stable purified water through pretreatment, double-pass reverse osmosis, EDI polishing, UV sterilization, storage, and distribution to medical device production water points.
· Client Background |
|
Item |
Details |
|
Industry |
Medical device manufacturing / GMP purified water treatment |
|
Project Location |
Kenya |
|
Feed Water Source |
Municipal tap water |
|
System Capacity |
500 L/h |
|
System Type |
GMP purified water equipment |
|
Application |
Production water for medical device manufacturing |
· Project Challenges |
The client required a reliable purified water system that could support medical device production while matching GMP-oriented operation and quality expectations.
◎ Production water quality needed to remain stable
Medical device production water must be consistent and controlled to support cleaning, rinsing, and process use. Fluctuations in dissolved ions, particles, or microbial risk could affect production reliability.
◎ Municipal feed water required multi-stage treatment
Although municipal tap water was available, residual chlorine, hardness, suspended solids, and dissolved salts still needed to be reduced before final purified water could be supplied.
◎ The system needed a practical medium-capacity layout
The required capacity was 500 L/h, so the equipment needed to balance compact layout, stable output, and simple daily operation while still using a complete purification process.
◎ GMP-style operation required hygienic final handling
Final storage and supply needed to protect treated water quality. UV sterilization, purified water storage, and a stable supply system were important for reducing downstream risk.
· Water Treatment Process Flow |
Municipal Tap Water -> Raw Water Tank -> Raw Water Pump -> Multi-media Filter -> Activated Carbon Filter -> Softening Water Filter -> Salt Tank -> Security Filter -> First-stage High Pressure Pump -> First-stage RO System -> Second-stage High Pressure Pump -> Second-stage RO System -> EDI Booster Pump -> EDI System -> UV Sterilization -> Purified Water Tank -> Water Supply System -> Medical Device Production Water Points
· System Introduction |
This 500 L/h GMP purified water equipment was designed for medical device production applications. It combines pretreatment, double-pass RO, EDI polishing, UV sterilization, purified water storage, and supply distribution into a controlled water treatment line suitable for GMP-oriented production environments.
Pretreatment for stable membrane operation
The Multi-media Filter reduces suspended solids, the Activated Carbon Filter removes residual chlorine and organic matter, and the Softening Water Filter with Salt Tank support reduces hardness and scaling risk. The Security Filter then provides fine particle protection before the first RO stage.
Double-pass RO and EDI for purified water quality
The first-stage RO removes most dissolved salts and impurities, while the second-stage RO further improves water quality. The EDI System then provides continuous deionization, helping the equipment produce stable purified water with lower chemical handling requirements.
UV sterilization and reliable distribution
After EDI polishing, UV Sterilization provides an additional hygienic safeguard before water enters the Purified Water Tank. The Water Supply System then delivers purified water to medical device production water points.
·Project Results |
After installation and commissioning, the purified water equipment successfully met the client's production water requirements and provided reliable water support for medical device manufacturing.
· Stable purified water output of 500 L/h for production use.
· Improved control of dissolved salts and conductivity through double-pass RO plus EDI.
· Reduced residual chlorine, hardness, particles, and downstream contamination risk.
· Practical GMP-oriented system layout suitable for medical device production.
· More reliable water support for cleaning, rinsing, and process preparation.
· Stronger daily production stability through automatic operation and UV sterilization.
· Why Choose Zhongnuo Water Treatment? |
Zhongnuo Water Treatment provides customized purified water, ultrapure water, RO, and EDI systems for industrial, medical device, pharmaceutical, food, and manufacturing customers. Each solution is designed around feed water quality, target water standards, site layout, and operating requirements.
· Customized GMP purified water system design for medical device applications.
· Integrated process planning from pretreatment through RO, EDI, UV, storage, and distribution.
· Compact and practical equipment configuration for small and medium production capacities.
· One-stop support covering design, manufacturing, commissioning, and technical service.
· Technical Specifications |
|
Parameter |
Specification |
|
System capacity |
500 L/h |
|
Feed water source |
Municipal tap water |
|
Application |
GMP purified water for medical device production |
|
Pretreatment line |
Multi-media filter + activated carbon filter + softening water filter + salt tank + security filter |
|
Core purification |
First-stage RO + second-stage RO + EDI system |
|
Post-treatment |
UV sterilization |
|
Storage and distribution |
Purified water tank + water supply system |
|
Operation mode |
Automatic operation with water quality monitoring and protection |
|
Water quality objective |
Stable purified water for medical device production points |
|
System advantage |
GMP-oriented design with stable quality, compact layout, and practical maintenance |
· Frequently Asked Questions (FAQ) |
1. Why does medical device manufacturing need purified water?
Purified water helps reduce contamination risk and supports consistent cleaning, rinsing, and process preparation in controlled production environments.
2. Why use double-pass RO and EDI for this system?
Double-pass RO provides strong desalination, while EDI further reduces ionic contaminants and supports stable purified water quality with less chemical regeneration.
3. What is the role of UV sterilization?
UV sterilization provides an additional hygienic barrier before storage and distribution, helping reduce microbiological risk in the final water supply.
4. Can this system be customized for different medical device factories?
Yes. Zhongnuo Water Treatment can customize capacity, pretreatment, RO staging, EDI configuration, storage, and distribution according to the site and production process.
Customized double-pass RO plus EDI solution for GMP purified water production
· Project Overview |
Purified water is an essential utility for medical device manufacturing, especially for component cleaning, product rinsing, process preparation, and equipment sanitation. In GMP-oriented production environments, stable water quality, controlled conductivity, low particle load, and hygienic handling are important for reducing contamination risk and supporting consistent manufacturing quality.
To support its production process, a medical device company in Kenya selected Zhongnuo Water Treatment to design and manufacture a 500 L/h GMP purified water system. The solution converts municipal tap water into stable purified water through pretreatment, double-pass reverse osmosis, EDI polishing, UV sterilization, storage, and distribution to medical device production water points.
· Client Background |
|
Item |
Details |
|
Industry |
Medical device manufacturing / GMP purified water treatment |
|
Project Location |
Kenya |
|
Feed Water Source |
Municipal tap water |
|
System Capacity |
500 L/h |
|
System Type |
GMP purified water equipment |
|
Application |
Production water for medical device manufacturing |
· Project Challenges |
The client required a reliable purified water system that could support medical device production while matching GMP-oriented operation and quality expectations.
◎ Production water quality needed to remain stable
Medical device production water must be consistent and controlled to support cleaning, rinsing, and process use. Fluctuations in dissolved ions, particles, or microbial risk could affect production reliability.
◎ Municipal feed water required multi-stage treatment
Although municipal tap water was available, residual chlorine, hardness, suspended solids, and dissolved salts still needed to be reduced before final purified water could be supplied.
◎ The system needed a practical medium-capacity layout
The required capacity was 500 L/h, so the equipment needed to balance compact layout, stable output, and simple daily operation while still using a complete purification process.
◎ GMP-style operation required hygienic final handling
Final storage and supply needed to protect treated water quality. UV sterilization, purified water storage, and a stable supply system were important for reducing downstream risk.
· Water Treatment Process Flow |
Municipal Tap Water -> Raw Water Tank -> Raw Water Pump -> Multi-media Filter -> Activated Carbon Filter -> Softening Water Filter -> Salt Tank -> Security Filter -> First-stage High Pressure Pump -> First-stage RO System -> Second-stage High Pressure Pump -> Second-stage RO System -> EDI Booster Pump -> EDI System -> UV Sterilization -> Purified Water Tank -> Water Supply System -> Medical Device Production Water Points
· System Introduction |
This 500 L/h GMP purified water equipment was designed for medical device production applications. It combines pretreatment, double-pass RO, EDI polishing, UV sterilization, purified water storage, and supply distribution into a controlled water treatment line suitable for GMP-oriented production environments.
Pretreatment for stable membrane operation
The Multi-media Filter reduces suspended solids, the Activated Carbon Filter removes residual chlorine and organic matter, and the Softening Water Filter with Salt Tank support reduces hardness and scaling risk. The Security Filter then provides fine particle protection before the first RO stage.
Double-pass RO and EDI for purified water quality
The first-stage RO removes most dissolved salts and impurities, while the second-stage RO further improves water quality. The EDI System then provides continuous deionization, helping the equipment produce stable purified water with lower chemical handling requirements.
UV sterilization and reliable distribution
After EDI polishing, UV Sterilization provides an additional hygienic safeguard before water enters the Purified Water Tank. The Water Supply System then delivers purified water to medical device production water points.
·Project Results |
After installation and commissioning, the purified water equipment successfully met the client's production water requirements and provided reliable water support for medical device manufacturing.
· Stable purified water output of 500 L/h for production use.
· Improved control of dissolved salts and conductivity through double-pass RO plus EDI.
· Reduced residual chlorine, hardness, particles, and downstream contamination risk.
· Practical GMP-oriented system layout suitable for medical device production.
· More reliable water support for cleaning, rinsing, and process preparation.
· Stronger daily production stability through automatic operation and UV sterilization.
· Why Choose Zhongnuo Water Treatment? |
Zhongnuo Water Treatment provides customized purified water, ultrapure water, RO, and EDI systems for industrial, medical device, pharmaceutical, food, and manufacturing customers. Each solution is designed around feed water quality, target water standards, site layout, and operating requirements.
· Customized GMP purified water system design for medical device applications.
· Integrated process planning from pretreatment through RO, EDI, UV, storage, and distribution.
· Compact and practical equipment configuration for small and medium production capacities.
· One-stop support covering design, manufacturing, commissioning, and technical service.
· Technical Specifications |
|
Parameter |
Specification |
|
System capacity |
500 L/h |
|
Feed water source |
Municipal tap water |
|
Application |
GMP purified water for medical device production |
|
Pretreatment line |
Multi-media filter + activated carbon filter + softening water filter + salt tank + security filter |
|
Core purification |
First-stage RO + second-stage RO + EDI system |
|
Post-treatment |
UV sterilization |
|
Storage and distribution |
Purified water tank + water supply system |
|
Operation mode |
Automatic operation with water quality monitoring and protection |
|
Water quality objective |
Stable purified water for medical device production points |
|
System advantage |
GMP-oriented design with stable quality, compact layout, and practical maintenance |
· Frequently Asked Questions (FAQ) |
1. Why does medical device manufacturing need purified water?
Purified water helps reduce contamination risk and supports consistent cleaning, rinsing, and process preparation in controlled production environments.
2. Why use double-pass RO and EDI for this system?
Double-pass RO provides strong desalination, while EDI further reduces ionic contaminants and supports stable purified water quality with less chemical regeneration.
3. What is the role of UV sterilization?
UV sterilization provides an additional hygienic barrier before storage and distribution, helping reduce microbiological risk in the final water supply.
4. Can this system be customized for different medical device factories?
Yes. Zhongnuo Water Treatment can customize capacity, pretreatment, RO staging, EDI configuration, storage, and distribution according to the site and production process.