LC PURE Industrial General Purpose LC-3000 A Reliable Choice for High-Flow Ultrapure Water Preparation
In industrial scenarios with large demand for ultrapure water, the LC PURE Industrial General Purpose LC-3000 EDI membrane stack has become a core water treatment equipment for many enterprises due to its excellent high-flow water production capacity and stable performance.
LC-3000 relies on EDI (Electrodeionization) technology, which perfectly integrates electrodialysis and ion exchange. Its working principle is to use mixed ion exchange resins to adsorb cations and anions in water. Under the action of a DC electric field, these ions directionally pass through the corresponding exchange membranes into the concentrated water chamber to be removed, thereby continuously producing high-purity water. This process does not require acid-base regeneration, fundamentally avoiding the complex operations and environmental pollution problems of traditional mixed bed processes.
This model focuses on practicality and efficiency in design. It covers a small area during installation and can adapt to various industrial site layouts; during operation, concentrated water can be reused, and the discharge of polar water is small, which greatly reduces water waste and operating costs. At the same time, its water production quality is stable, without the water quality fluctuation of ordinary mixed beds, and can maintain a high purity of 5-18 megohms·cm for a long time, meeting high-standard industrial water needs.
| Model Category | LC-3000 |
|---|
| Standard Water Production Flow (m³/h) | 3 |
| Maximum Water Production Flow (m³/h) | 3.5 |
| Minimum Water Production Flow (m³/h) | 2.8 |
| Operating Voltage (VDC) | 0-340 |
| Operating Current (0-6A) | 2.5 |
| Number of Membrane Pairs | 30 |
| Operating Net Weight (KG) | 120 |
| Maximum Power (KW/H) | 2 |
| Fresh Water Inlet/Outlet | DN25 PVC |
| Concentrated Water Inlet/Outlet | DN20 PVC |
| Total Length B (mm) | 647 |
| Center Length A (mm) | 537 |
| Front and Rear Positioning Length C (mm) | 575 |
| Overall Height (mm) | 680 |
| Overall Width (mm) | 300 |
| Left and Right Positioning (mm) | 14.5 |
A large photovoltaic module manufacturing enterprise, due to the expansion of production scale, the demand for ultrapure water increased to more than 3m³/h, and the water quality was required to be stably above 15 megohms·cm. Previously, multiple small equipment were used in parallel operation, which not only had high energy consumption, but also often caused water quality fluctuations due to equipment coordination problems.
After introducing LC-3000, a single device can meet the water production demand. Its stable effluent quality ensures the process accuracy of the photovoltaic cell cleaning process, and the product yield has increased by 3%; the feature of no need for acid-base regeneration reduces the cost of hazardous waste treatment by about 120,000 yuan per year; the concentrated water reuse system increases the water resource utilization rate by 15%. The equipment has been running continuously for 18 months without failure, which greatly reduces the maintenance downtime and creates significant economic benefits for the enterprise.
With its advantages of large flow, high stability and low energy consumption, LC-3000 has shown strong strength in large industrial fields such as electric power, semiconductors and chemical industry, providing an efficient solution for industrial ultrapure water preparation.
