High Purity Deionized Machine RO Machine Pure Water Machine
Molewater System Co., Ltd.
-
- 10 yrs
Product Specifications
- MOLPW-3000
Contact Supplier
Product Highlights
- Advanced RO+EDI Technology: Integrates Reverse Osmosis and Electrodeionization for ultra-pure water exceeding pharmacopoeia standards.
- Intelligent PLC Control: Features PLC+HMI system with automatic/manual modes and real-time quality monitoring algorithms.
- Modular Sanitary Design: Uses pharmaceutical-grade stainless steel/UPVC with dead-leg-free piping to prevent microbial growth.
- Multi-Layer Safety Protection: Includes alarms, self-diagnosis, pressure relief, and abnormal water quality alerts for safe operation.
- Energy-Efficient Operation: Smart optimization reduces energy consumption by up to 30% and lowers operational costs via EDI.
- High Recovery Rate: Recycles concentrated water from RO and EDI to increase total system recovery rate efficiently.
- Comprehensive Monitoring: Online monitoring of conductivity, TOC, and microbiological counts to ensure strict quality compliance.
- Turn-Key Solution: Provides full service from technical design and production to shipping, installation, and training.
Product Attributes
- Customization
- Available
- Application
- Biotechnology Industry, Chemical industry, Clinical Diagnosis, Energy & Mining, Food & Beverage Factory, Food Safety, Forensic Science, Pharmaceutical Industry
- Capacity
- 1000lph
- Certification
- CE, FDA, GMP, ISO
- Control System
- Fully Automatic
- Treatment Process
- Chlorination, Electrodeionization, Reverse Osmosis, Softening, UV Disinfection
- Warranty of core components
- 1 Year
- Disinfection
- Heat Disinfection
- Documents
- Iq,Oq,Pq,Dq, Fat, Sop, etc
- Material
- SS304+SS316L
- Pump Brand
- Cnp or Appointed
- RO Brand
- DuPont, Ge or Other
- User Manual
- English Version or Other
- Transport Package
- Wooden Box
- Specification
- 1900*1600*2100
- Trademark
- Molecular
- Origin
- China
- HS Code
- 8421219990
- Production Capacity
- 500set/Year
- Package Size
- 200.00cm * 180.00cm * 210.00cm
- Package Gross Weight
- 1500.000kg
Shipping
- Shipping Cost:
- Contact the supplier about freight and estimated delivery time.
Online Trading Protection
- Payment Guarantee
-
Platform-protected payments with refund support for eligible order issues.
- Platform Logistics
- Clearer shipment tracking with platform-supported logistics.
- Inspection Service
- Optional pre-shipment inspection for quality and quantity checks.
- After-Sales & Dispute Handling
- Platform-assisted dispute resolution, including refunds or returns when applicable.
Only orders placed and paid through Made-in-China.com Secured Trading are eligible for payment protection and the corresponding platform services.
Product Images of High Purity Deionized Machine RO Machine Pure Water Machine
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High Purity Deionized Machine RO Machine Pure Water Machine -
High Purity Deionized Machine RO Machine Pure Water Machine -
High Purity Deionized Machine RO Machine Pure Water Machine -
High Purity Deionized Machine RO Machine Pure Water Machine -
High Purity Deionized Machine RO Machine Pure Water Machine -
High Purity Deionized Machine RO Machine Pure Water Machine -
High Purity Deionized Machine RO Machine Pure Water Machine
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Product Description
Product Description
Pharmaceutical purified water system, WFI multi-effect distiller for injection, PSG pure steam generator
We provide turn-key solution for your pharamceutical water system project. From technical design to machine production, shipping, installation and training.
We provide turn-key solution for your pharamceutical water system project. From technical design to machine production, shipping, installation and training.
Specification
No. | Unit | Parameter information |
1 | Name | Molecular 3000L/H PW System |
2 | Model | MOLPW-3000L |
3 | Permeate capacity | 3000L/H@ 25℃ |
4 | Feed water | Tap water |
5 | Pure water quality | Electrical Conductivity <1.3μs/cm,meet GMP, EP/USP |
6 | Technology | double stages reverse osmosis unit+EDI unit |
7 | Control method | Automatic Control (manually also available) |
Functional Advantages
ADVANCED PURIFICATION TECHNOLOGY
Our pharmaceutical water systems integrate cutting-edge Reverse Osmosis (RO) and Electrodeionization (EDI) technology to consistently produce ultra-pure water that exceeds pharmacopoeia requirements with a built-in safety margin.
Our pharmaceutical water systems integrate cutting-edge Reverse Osmosis (RO) and Electrodeionization (EDI) technology to consistently produce ultra-pure water that exceeds pharmacopoeia requirements with a built-in safety margin.
INTELLIGENT AUTOMATION & REAL-TIME QUALITY CONTROL
Equipped with a PLC+HMI control system, the equipment features both automatic and manual operation modes with comprehensive real-time monitoring. Continuous water quality while intelligent algorithms optimize operational parameters to maximize efficiency and minimize downtime.
Equipped with a PLC+HMI control system, the equipment features both automatic and manual operation modes with comprehensive real-time monitoring. Continuous water quality while intelligent algorithms optimize operational parameters to maximize efficiency and minimize downtime.
MODULAR & SANITARY DESIGN FOR EASY VALIDATION
The modular construction simplifies installation, maintenance, and future capacity expansion. All water-contact components are manufactured from pharmaceutical-grade stainless steel or UPVC, featuring sloped piping and a dead-leg-free design to prevent microbial growth.
The modular construction simplifies installation, maintenance, and future capacity expansion. All water-contact components are manufactured from pharmaceutical-grade stainless steel or UPVC, featuring sloped piping and a dead-leg-free design to prevent microbial growth.
MULTI-LAYER SAFETY PROTECTION SYSTEM
Comprehensive safety features include multiple alarm systems, self-diagnostic functions, pressure relief valves, high/low-level protection, and abnormal water quality alerts. This redundant protection architecture ensures continuous safe operation and protects your critical pharmaceutical processes from contamination risks.
Comprehensive safety features include multiple alarm systems, self-diagnostic functions, pressure relief valves, high/low-level protection, and abnormal water quality alerts. This redundant protection architecture ensures continuous safe operation and protects your critical pharmaceutical processes from contamination risks.
ENERGY-EFFICIENT & COST-EFFECTIVE OPERATION
Smart operational optimization reduces energy consumption by up to 30% compared to conventional systems. The EDI module lowers operational costs while minimizing environmental impact. Durable core components offer extended service life with minimal maintenance requirements.
Smart operational optimization reduces energy consumption by up to 30% compared to conventional systems. The EDI module lowers operational costs while minimizing environmental impact. Durable core components offer extended service life with minimal maintenance requirements.
Features
Raw water treatment system
Pasteurization is applied to the pretreatment filter
Three-stage pretreatment ensures the removal of large particles, impurities and colored substances in the raw water, meeting the feed water requirements for reverse osmosis
Reverse osmosis +EDI system
Energy-saving design
The concentrated water from the first-level RO can be recycled back to the raw water tank (recovery rate ≤30%).
The EDI concentrated water is returned to the RO feed water (to increase the total recovery rate of the system).
Water quality monitoring point
The conductivity of RO product water (standard value ≤5 μS/cm).
The conductivity of the EDI produced water (standard value ≤1μS/cm, 25℃).
Online monitoring of total organic carbon (TOC) in the purified water tank (Pharmacopoeia requirement: ≤500 ppb).
Purified water distribution system
Pasteurization is applied to the PW distribution system
Company Profile
FAQ
Q: What is the typical process flow of a pharmaceutical purified water system?
A: A typical PW system usually includes pretreatment (multimedia filtration, activated carbon, softener), reverse osmosis (RO), electrodeionization (EDI), storage, and distribution loop with constant circulation and UV / ozone sanitization.
Q: Why is EDI commonly used instead of mixed bed ion exchange in modern PW systems?
A: EDI avoids chemical regeneration, reduces chemical contamination risk, ensures stable water quality, and is more compliant with GMP requirements for continuous and reliable production.
Q: What key quality parameters must be monitored for purified water in pharmaceuticals?
A: Key parameters include conductivity, TOC, microbiological count, endotoxins (if for WFI preparation), pH, hardness, and heavy metals, in accordance with pharmacopeial standards such as USP, EP, or ChP.
Q: What is the difference between Purified Water (PW) and Water for Injection (WFI)?
A: PW is produced by RO/EDI and used for non-parenteral products. WFI has stricter limits for endotoxins and microbes, usually produced by distillation or multiple-effect evaporation from purified water.
Q: How to control microbial growth in the purified water distribution loop?
A: Maintain continuous circulation at a certain flow rate, control loop temperature (hot water sanitization), regularly sanitize with heat or chemical agents, install UV sterilizers, and avoid dead legs.
A: A typical PW system usually includes pretreatment (multimedia filtration, activated carbon, softener), reverse osmosis (RO), electrodeionization (EDI), storage, and distribution loop with constant circulation and UV / ozone sanitization.
Q: Why is EDI commonly used instead of mixed bed ion exchange in modern PW systems?
A: EDI avoids chemical regeneration, reduces chemical contamination risk, ensures stable water quality, and is more compliant with GMP requirements for continuous and reliable production.
Q: What key quality parameters must be monitored for purified water in pharmaceuticals?
A: Key parameters include conductivity, TOC, microbiological count, endotoxins (if for WFI preparation), pH, hardness, and heavy metals, in accordance with pharmacopeial standards such as USP, EP, or ChP.
Q: What is the difference between Purified Water (PW) and Water for Injection (WFI)?
A: PW is produced by RO/EDI and used for non-parenteral products. WFI has stricter limits for endotoxins and microbes, usually produced by distillation or multiple-effect evaporation from purified water.
Q: How to control microbial growth in the purified water distribution loop?
A: Maintain continuous circulation at a certain flow rate, control loop temperature (hot water sanitization), regularly sanitize with heat or chemical agents, install UV sterilizers, and avoid dead legs.
About the Supplier
This supplier has been audited by TÜV Rheinland. Verify the report on the official TÜV Rheinland website with ID "MIC-ASI269130". Items marked "
" are certified.
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Company Profile
Molewater System Co., Ltd was established in 2003, located in Baishiyi, Chongqing China. We are a national level high-tech enterprise and technology oriented enterprise specializing in the development, production, sales, and installation of water treatment equipment. Our business scope covers direct drinking water equipment, industrial pure water, pharmaceutical pure water, medical central pure water, and ultra pure water equipment. We provide full process services from customer demand analysis, design, to installation and debugging, training, and after-sales service, and are welcomed by over 20000 customers both domestically and internationally. We adhere to the management principles of "quality first, customer first and credit-based" since the establishment of the company and always do our best to satisfy potential needs of our customers. Our company is sincerely willing to cooperate with enterprises from all over the world in order to realize a win-win situation since the trend of economic globalization has developed with anirresistible force.
About Our Factory & Business Background
-
Business Type
- Manufacturer/Factory & Trading Company
- Address
- No. 29, Baihai Road, Baishiyi, High Tech District, Chongqing, China
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Plant Area
- 17455 square meters
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Number of Employees
- 178
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Registered Capital
- 100,880,000 RMB
-
Terms of Payment
- LC, T/T, D/P, PayPal, Western Union, Small-amount payment
-
International Commercial Terms(Incoterms)
- FOB, CIF, CFR, EXW
-
Average Lead Time
-
Peak Season Lead Time: one month
Off Season Lead Time: within 15 workdays -
Nearest Port
- Shanghai Port; Chongqing Port
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Minimum Order Quantity
- 1
-
Supply Chain Partners
- 244
Our Production Capability & Technical Expertise
-
Main Products
- Water Treatment System
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Production Lines
- 3
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Production Machines
- Cutting Machine, Cutting Machine, Polishing Machine, Rolling Machine, Welding Machine
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QA/QC inspectors
- 6 people
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Inspection Type for Finished Products
- 100% inspection(Visual inspection & Function inspection)
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Inspection Method for Finished Products
- Have instructions and uniformly followed
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Customization Options
- Customization from Samples, Customization from Designs, Full Customization, Minor Customization, Flexible customization
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ODM Service Available
- Yes
-
OEM Service Available
- Yes
-
R&D Engineers
- 20 people
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Traceability of Raw Materials
- Yes
-
Own Brand
- Yes
Our Industry Experience & Global Business Record
-
Year of Establishment
- 2003-02-24
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Export Year
- 10 Years
-
Main Markets
- Europe
-
Repeat Buyers Choice
- 50%~80%
-
Annual Export Revenue
- 2,069,834 RMB
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Number of Foreign Trading Staff
- 7
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Overseas Agent/Branch
- Yes
-
New Products Launched in Last year
- Yes
Our Certifications, Standards & Industry Recognition
-
Management System Certification
- ISO9001:2015, Others
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Product Certification
- RoHS, CE
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Cooperated with Fortune 500
- No
FAQ
- What is the typical process flow of a pharmaceutical purified water system?
- A typical PW system usually includes pretreatment (multimedia filtration, activated carbon, softener), reverse osmosis (RO), electrodeionization (EDI), storage, and distribution loop with constant circulation and UV / ozone sanitization.
- Why is EDI commonly used instead of mixed bed ion exchange in modern PW systems?
- EDI avoids chemical regeneration, reduces chemical contamination risk, ensures stable water quality, and is more compliant with GMP requirements for continuous and reliable production.
- What key quality parameters must be monitored for purified water in pharmaceuticals?
- Key parameters include conductivity, TOC, microbiological count, endotoxins (if for WFI preparation), pH, hardness, and heavy metals, in accordance with pharmacopeial standards such as USP, EP, or ChP.
- What is the difference between Purified Water (PW) and Water for Injection (WFI)?
- PW is produced by RO/EDI and used for non-parenteral products. WFI has stricter limits for endotoxins and microbes, usually produced by distillation or multiple-effect evaporation from purified water.
- How to control microbial growth in the purified water distribution loop?
- Maintain continuous circulation at a certain flow rate, control loop temperature (hot water sanitization), regularly sanitize with heat or chemical agents, install UV sterilizers, and avoid dead legs.
- What materials are used for water-contact components?
- All water-contact components are manufactured from pharmaceutical-grade stainless steel (SS304+SS316L) or UPVC.
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