Recently, Shanghai Urban Construction General Institute undertook the survey and design project of the third water plant (phase one) inzhou Aviation Port Economic Comprehensive Experimental Zone. The project has a planned total scale of 600,000 tons/day, with a phase one scale of200,000 tons/day. After completion, it will become the main water plant for the port area's water supply. The general institute's bidding adopts a full-process treatment process and a classic modern architectural style, aiming to create a new era of high-quality benchmark water plants in the aviation port area. The system reasonable and the process is advanced. The bidding scheme plans to adopt a dual-source safe water supply pattern for the third water plant in the aviation port area, using both South-to-North Water Diversion water and the Yellow River water. It adopts a full-process treatment process for purifying water and integrates the concept of green and lowbon development, such as energy saving, land saving, water saving, and medicine saving, into the intelligent construction and operation of the water plant, focusing on building a-quality benchmark water plant. Single lifting, intensive and efficient. Through precise and reasonable water level analysis and elevation layout, the whole plant achieves a single lifting, which reliable in technology, safe in operation, and saves costs. The design scheme strives to achieve a compact layout and efficient operation, which can achieve "process intensification, intensification, pipeline direction intensification, plane layout intensification, and management and dispatch intensification", laying a foundation for the economic and efficient operation of the water plant it goes into production. Safety model, resilient and reliable. Through independent dual power supply and emergency standby power supply guarantee system, the power supply safety is realized. Through flow layout, raising the design floor, and refining the flood control design details, the production safety and the ability to prevent waterlogging are guaranteed, and the safe and water supply is realized. Intelligent operation and maintenance, cost reduction and efficiency improvement. The bidding scheme will take optimized control as the core and the production and operation control as the basis, forming a series of construction modules including the production and operation control platform, the intelligent operation and maintenance system for key equipment, and the intelligent environmental system, realizing the complete system of smart water affairs from the perception layer, the infrastructure layer, the application layer, the decision optimization layer to the display layerRecently, Shanghai Urban Construction General Institute undertook the survey and design project of the third water plant (phase one) inzhou Aviation Port Economic Comprehensive Experimental Zone. The project has a planned total scale of 600,000 tons/day, with a phase one scale of200,000 tons/day. After completion, it will become the main water plant for the port area's waout, raising the design floor, and refining the flood control design details, the production safety and the ability to prevent waterlogging are guaranteed, and the safe and water supply is realized. Intelligent operation and maintenance, cost reduction and efficiency improvement. The bidding scheme will take optimized control as the core and the production and operation control as the basis, forming a series of construction modules including the production and operation control platform, the intelligent operation and maintenance system for key equipment, and the intelligent environmental system, realizing the complete system of smart water affairs from the perception layer, the infrastructure layer, the application layer, the decision optimization layer to the display layer