Guangzhou Northern Water Plant
Type:
OEM

Project Description
Project Overview:
Globaluf is proud to have contributed to the Guangzhou Northern Water Plant project, the largest membrane-based municipal water treatment plant in China. This project showcases our expertise in ultrafiltration (UF) technology and our commitment to providing innovative solutions for large-scale water treatment challenges.
Project Details:
- Project Name: Guangzhou Northern Water Plant
- Capacity: 600,000 tons/day (Phase 1)
- Technology: Ultrafiltration (UF)
- Configuration: 4 series, 40 UF units in total
- Single Unit Capacity: 15,000 tons/day
- Design: The design phase took approximately 1 month, finalizing the technical drawings for a "double-frame splicing, single-row 8-element" configuration.
- Manufacturing: The manufacturing process spanned 3 months, consuming 350 tons of stainless steel. The manufacturing process incorporated cold-drawing pipe technology and surface sandblasting treatment to complete the fabrication of 40 ultrafiltration units.
- Installation: The installation phase required 2 months, coordinating with on-site membrane element installation, pressure testing, and commissioning operations.
- Scale: This project represents a significant achievement in municipal water treatment, demonstrating the feasibility of large-scale membrane filtration for reliable drinking water production.
- Advanced Technology: The ultrafiltration system ensures the removal of suspended solids, bacteria, and viruses, providing high-quality drinking water for the residents of Guangzhou.
- Efficient Design and Construction: The project was completed efficiently, with streamlined design, manufacturing, and installation processes.
- Enhanced Water Quality: Provides a reliable supply of high-quality drinking water, meeting stringent regulatory standards.
- Improved Public Health: Reduces the risk of waterborne diseases, protecting public health.
- Sustainable Water Management: Supports sustainable water management practices by utilizing advanced membrane filtration technology.