CSCEC Decoration Newly Signed Singapore Curtain Wall Project--Seetao

English

[CSCEC Decoration Newly Signed Singapore Curtain Wall Project] Recently, CSCEC Decoration won the bid for the curtain wall project of CSCEC Nanyang Singapore Corning River Bay project. The total construction area is 105000 square meters, with a curtain wall area of approximately 80000 square meters. When completed, it will become the tallest building on the Singapore River. The Corning River Bay project is jointly developed by Singapore CapitaLand and Urban Development Group, and designed by the internationally renowned Danish BIG Bjarke Ingels Group. The project design is novel, complex, and full of artistic sense, including four towers, two of which are luxury residences. The other two buildings are Moxy Hotel managed by Marriott International International and Shengjie Hotel under Ascott. Editor/Ma Xue

Click to see more live >>

Latest

2026.04.24 16:18
[Fuzhou Port Luoyuan Bay berth project approved]
On April 20, 2026, the construction of berths 7-10 in the Bi Li operation area of Luoyuan Bay in Fuzhou Port was approved by the Provincial Development and Reform Commission, with a total investment of 1.823 billion yuan. The project is constructed by Fujian Luochuan Port Co., Ltd., which is controlled by Fuzhou Port Group. It will build two 50000 ton general berths with a designed annual throughput capacity of 8.61 million tons. The dock structure is reserved for the 70000 ton class and can accommodate multiple ship types for combined berthing. Editor/Cheng Liting

2026.04.24 16:17
[Ningbo Zhoushan Port completes ship to ship bonded green methanol refueling]
On April 22, 2026, the first "ship to ship" bonded green methanol refueling in the province landed in Meishan Port Area of Zhoushan Port in Ningbo. The refueling ship "Daqing 268" injected green methanol into the "COSCO Shipping Libra" ship. In the context of global shipping emissions reduction, customs, maritime, border inspection and other departments collaborate efficiently to ensure operational safety through institutional innovation and remote supervision. Editor/Cheng Liting