Innovative Purified Water Treatment Systems for Pharma Production Industry

• Customization: Available
• Application: Biotechnology Industry, Chemical industry, Food & Beverage Factory, Pharmaceutical Industry
• Capacity: 1000 L/hr
• Model NO.: Purified water (PW)
• Certification: FDA, GMP
• Control System: Fully Automatic
• Treatment Process: Chlorination, Electrodeionization, Filtration, Reverse Osmosis, Softening, Ultrafiltration, UV Disinfection
• Warranty of core components: One Year
• Pipe Connection: Directly Tensible Bending
• Disinfection: on Line Hot Water Disinfection
• Terminal Water Mode: Dual Supply Mode
• Middle Storage Tank: on Line Cleaning
• Transport Package: Wood Packing
• Specification: 100L-3000L
• Trademark: WEMAC
• Origin: Weifang
• HS Code: 3001200010
• Production Capacity: 100-6000L/H
• Package Size: 130.00cm * 120.00cm * 230.00cm
• Package Gross Weight: 1200.000kg

Product Description

Product Description

Purified Water Preparation and Storage System

WEMAC will customize the optimal design according to the feed water quality report and effluent water quality requirements and the actual needs of customers, customers can also choose our standardized design. The quality of effluent water can meet the requirements of Chinese Pharmacopoeia (CP2020), U.S. Pharmacopoeia (USP43), European Pharmacopoeia (EP10) for purified water or high purity water according to the different configurations of the system.

Specification

Technical Features 1

Technical Features 2

1. Modular design, compact structure, beautiful layout, convenient operation and maintenance.

2. Pre-treatment double Softeners can be operated in series and regenerated alternately by using valve sets. Each water Softener has 100% water supply capacity. The whole process of Softener operation, backwashing, salt suction, regeneration, positive washing, etc. is controlled by full-automatic programming.

3. The feed water pump and the first and second high-pressure pumps are controlled by inverters, which can not only realize different pressure control under various operating conditions of filters and Softeners, but also realize low-speed small circulation of the water produced in the standby time of the system, which greatly reduces the microbial growth and saves energy effectively.

4. The system terminal water production adopts double water supply and single circulation mode, i.e., when the produced water is qualified, the water enters the Purified Water Storage Tank through two pipelines, and when the produced water is not qualified, the water flows back to the Middle Water Storage Tank through two pipelines after circulation. When the Purified Water Storage Tank is full, it also automatically switches to circulating pipeline operation, which effectively avoids the existence of empty pipes and ensures that no dead water exists.

 
5. Pipes as far as possible using stainless steel pipe stretching and bending directly to avoid welding. Pipes and fittings weldments, the use of argon gas protection automatic welding (single-sided welding and double-sided molding process), to ensure the quality of welding, post-weld electrochemical polishing.
6. Provide endoscopic inspection photos, weld joint diagrams, pressure test and pickling passivation report and system design documents and other verification information.
7. The control system adopts HMI+PLC fully automatic control with easy operation interface. Various communication modes are available. Control system authority level: at least three levels of authority can be set.
8. On-line monitoring of conductivity, temperature and flow and other parameters. Recorder can choose paperless recorder or paper recorder to record and print the key parameters.
9. The control system can be equipped with electronic signatures, electronic records, so that the system control has an audit trail function, and to meet the requirements of GAMP 5 and meet the requirements of 21 CFR PART 11.

S/N	Host Part	Host Part	Host Part
1	RO1	EDI
2	RO1	RO2
3	RO1	RO2	EDI
4	RO1+RO2	EDI	UF

Host part for PW system

When carrying out rational design of the host part based on the raw water quality report, the above different collocation methods are usually adopted. Of course, this also depends on the effluent water quality requirements and budget situation of the user.