Tianjin Xiangyu Aluminum Industry Circulating Water Pump Station Project purchases vertical multi-stage long shaft semi submersible turbine pump as the core circulating water supply equipment

The circulating water pump station project of Tianjin Xiangyu Aluminum Industry (formerly Tianjin Zhongwang Aluminum Industry) is equipped with a vertical multi-stage long shaft semi submersible turbine pump from Lijia Machinery as the core circulating water supply equipment. This project is an important supporting public engineering block for its ultra large high-precision aluminum and aluminum alloy processing material project.
Background of the project subject
Tianjin Xiangyu Aluminum Industry Co., Ltd., formerly known as Tianjin Zhongwang Aluminum Industry Co., Ltd., was renamed in 2025. It is a core high-end aluminum rolling production base under Xiamen Xiangyu Group, located in Wuqing District, Tianjin, covering an area of 6 square kilometers with an annual design capacity of 1.8 million tons.
This enterprise is the main body of core assets undertaken by Xiangyu Group after the bankruptcy reorganization of the original Zhongwang Group. It is currently in normal production and operation, with more than 2500 employees and has participated in more than 200 bidding projects.
Circulating Water Pump Station Project Information
The circulating water pump station belongs to the supporting public works section of Enterprise Line 3, which also includes supporting facilities such as deionized water station, wastewater treatment station, refrigeration station, boiler room, etc. The overall bidding estimate for the section is 29 million yuan, and it is planned to start public bidding in February 2026.
The core function of the circulating water pump station is to provide industrial cooling circulating water for the aluminum rolling production workshop, ensuring stable temperature control of equipment in core processes such as rolling and heat treatment. It is an indispensable supporting public system for aluminum processing production lines.