Summary: China commissions largest industrial seawater desalination plant using membrane technology to secure sustainable water supply at Wanhua Chemical Park.
China has achieved a major milestone in industrial water management with the commissioning of its largest industrial seawater desalination plant. Located in Wanhua Chemical’s Penglai Industrial Park, Yantai, Shandong, this membrane-based facility was designed and built by SUEZ, a global expert in water treatment. The plant has a daily capacity of 300,000 cubic meters, addressing critical industrial water shortages and enhancing regional water conservation efforts.
Advanced Membrane Technology Powers the Largest Industrial Seawater Desalination Plant
The Penglai plant is China’s largest membrane-based industrial seawater desalination plant to date. Equipped with cutting-edge reverse osmosis membranes, it efficiently converts seawater into industrial-grade freshwater. This industrial seawater desalination plant reduces energy consumption and operational costs by over 15% compared to traditional systems. Additionally, it features the country’s first fully automated operation system, setting a new standard in energy-efficient seawater desalination technology.
Meeting Industrial Water Demands Amid Regional Scarcity
Shandong Province faces severe water scarcity, with per capita resources well below the national average. The industrial seawater desalination plant at Penglai provides a stable water source for Wanhua Chemical’s extensive operations. This supports China’s national water security strategies by reducing dependence on limited freshwater reserves. The plant promotes environmental protection and climate resilience through sustainable water sourcing in the industrial sector.
International Collaboration Fuels Sustainable Industrial Water Solutions
This industrial seawater desalination plant showcases successful collaboration among SUEZ, Wanhua Chemical Group, China Railway Shanghai Engineering Group, and Beijing Shougang International Engineering Technology. The project was completed in just 14 months using advanced engineering and digital tools such as Building Information Modeling (BIM). This consortium approach ensures high-quality construction and efficient lifecycle management, creating promising business opportunities in sustainable water infrastructure across China and other water-stressed coastal areas.
In summary, the commissioning of this industrial seawater desalination plant represents a transformative advancement in China’s sustainable industrial water use. Through innovative membrane technology and strategic partnerships, it alleviates regional water scarcity and establishes a replicable model for future seawater desalination projects. Industries focusing on water treatment innovation and smart infrastructure can benefit greatly from this expanding market centered on water resilience and low-carbon development.
Source: PR Newswire