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Application scenarios
- Chemical APIs
- traditional Chinese patent medicines and simple preparations
- chemical preparations
- biological drugs
- Chinese herbal pieces
Industrial Water Treatment
Solution Overview
Ultra pure water equipment for electronic industry: pure water for production processes such as lithium battery new energy, single/polycrystalline silicon, semiconductor chip cutting and manufacturing, semiconductor chips, semiconductor packaging, lead cabinet frames, integrated circuits, LCD displays, conductive glass, batteries (batteries), picture tubes, circuit boards, optical communication, computer components, capacitors, clean products, and various electronic components.
Program Features
Comprehensive water system services
Provide full process services including system design consultation, system equipment, GMP verification consultation, upgrade and renovation, operation and maintenance, etc
Internationalization standards
Designed according to the latest Chinese, American, and European pharmacopoeia water quality standards, in compliance with GMP and FDA certification requirements, cGMP, ISPE/FDA guidelines
pre-sales service
URS requirement analysis, design, installation, debugging, verification, and training
Verification consulting services
Provide GMP, FDA validation consultation and system DQ, FAT, IQ, QQ, SAT, PQ validation materials
Data-driven management
Mobile IoT remote monitoring data platform, timely feedback on system operation issues
Matching products
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Cooperative Clients
Solution FAQ
Our factory environment is complex, and we have high requirements for the stability and safety of equipment. What are the security measures in place?
＋ －The system is equipped with multiple water quality assurance measures: a pH regulation system ensures stable inlet water quality; The chemical cleaning system can regularly maintain the membrane components; Concentrated water replacement technology improves recovery rate; Ultra pure water dedicated pipelines ensure that the water quality does not decrease during the transportation process; The nitrogen sealing device effectively isolates external pollution. The entire system is designed rigorously, runs stably and reliably, and fully meets the strict requirements of industrial production for equipment safety and stability.
Will the water quality fluctuate when the system is restarted after a long period of shutdown? How to ensure the continuity of water supply?
＋ －Our system design fully considers various scenarios that may arise in industrial production. After a short or long shutdown and restart, the water quality remains stable, thanks to precise flow control and pressure control technology and concentrated water replacement technology. The system is also equipped with a chemical cleaning system and a pH adjustment system, which can regularly maintain the membrane components to ensure consistent water quality during long-term operation, ensuring the continuous and stable operation of your production line.
How is the energy consumption during device operation? I heard that your company's energy-saving technology can significantly reduce operating costs. How is it specifically achieved?
＋ －We adopt ultra-low pressure permeation filtration technology as a whole, which can save more than 20% energy compared to traditional RO systems. This technology reduces operating pressure and energy consumption of high-pressure pumps while ensuring desalination rate, which can save you considerable electricity costs in long-term operation. At the same time, stable current and pressure control technology can also reduce the physical loss of membrane components, extend the service life of membranes, further reduce replacement costs, and truly achieve cost reduction and efficiency improvement.
The standards for electronic grade ultrapure water and general industrial pure water are different. Can this system meet both needs simultaneously?
＋ －Yes. Our system adopts a dual stage RO+EDI+polishing mixed bed modular design, which can be flexibly configured according to your actual needs. For the electronics industry, ultrapure water with a resistivity of up to 18M Ω. cm can be produced to meet the requirements of precision manufacturing such as semiconductors and integrated circuits; For general industries such as electroplating, surface coating, industrial product cleaning, etc., the process can be adjusted to produce suitable pure water, which is versatile and cost-effective.
As a company that produces lithium battery materials, we have extremely high requirements for the quality of ultrapure water. Can this system meet the standards of the new energy industry?
＋ －Absolutely possible. This solution is designed specifically for high-end manufacturing industries such as new energy and semiconductors, with adjustable water production resistivity ranging from 1-18M Ω. cm, fully meeting the water demand for production processes such as lithium battery new energy, single/polycrystalline silicon, and semiconductor chip cutting manufacturing. The system strictly follows the GB-T11446.1-2013 electronic grade water standard and can stably produce ultrapure water that meets your process requirements, helping to improve product yield.