Classic Sales Reference > Singapore TUAS Seawater Desalination Plant Construction Project

Singapore TUAS Seawater Desalination Plant Construction Project

  • 图片1(4).JPG
Project Background
Project Location:Singapore
Product:Super Duplex & Duplex Stainless Steel Pipe, Flanges, Fittings, U channel, Steel Plate, Flat Bar, Bolts&Nuts, Gaskets, U bolt, Fabricated Pipe Support
Standard and Material:ASTM A790/ASTM A276 S32750, S32205
Specifications:DN200/DN300, SCH 10S
Application:Tuas Desalination Plant Project
Supply time: Year 2025

The core challenge of this project is that the products used in the project need to be in long-term service in the entire process of seawater desalination, continuously in direct contact with high salinity seawater, which puts extremely high demands on the long-term corrosion resistance performance of the products; At the same time, it is necessary to balance the precision control of the processing and manufacturing process, strictly ensure the matching degree between the finished product size and on-site installation, and achieve the triple guarantee of corrosion resistance, processing accuracy, and size adaptability. This is also a key difficulty in the implementation of the project.

In response to the core challenges mentioned above, the company's team relies on their previous experience in supplying seawater related projects, repeatedly studying and refining the construction drawings provided by customers, advancing the processing and welding operations of various products in a refined manner, strictly controlling the processing tolerances throughout the process, accurately ensuring the compatibility and compatibility between pipelines, fittings, flanges, and processing brackets, and efficiently solving the core problems of the project.

All final products have passed third-party authoritative testing, successfully completing product delivery and laying a solid hardware guarantee for the stable and reliable execution of the entire seawater desalination project.

3(4).jpg

4(2).jpg

2(1).jpg