Steady climbing progress with autoclimb system ACS and rail-climb system RCS-P

15 Hoe Chiang, Singapore
Tanjong Pagar, Singapore

15 Hoe Chiang is a 33-storey mixed-use development located in Singapore’s Central Business District. Construction began in 2023 and the project is now approaching completion. It posed significant engineering challenges, including the use of a top-down construction method for the basements and the execution of complex structural designs across the upper floors.

To support these complexities, a comprehensive range of PERI systems was implemented at site to enable efficient and productive execution.

Through aligned collaboration and coordinated execution, the project achieved high efficiency and productivity, including a reduced typical floor cycle of 9 days from the scheduled 12 days.

As the project approaches completion, we extend our appreciation to GA Construction for their strong partnership and collaborative team.

 

Location
Tanjong Pagar
Project participants
Main Contractor: GA Construction Pte Ltd

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    • DUO Panel System – in combination with RCS for corewalls

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    • VARIO Column Formwork – for columns across the site

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    • VARIO Wall Formwork – in combination with SB Brace Frames for single-sided walls in basement

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    • PERI UP Access – access between basement floors

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    • PERI UP MD (PS100 Shoring) – for shoring / slab work

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    • RCS Rail Climbing System – rail climbing corewalls
  • Mr Kannappan, Project Manager, GA Construction Pte Ltd
    Mr Kannappan, Project Manager, GA Construction Pte Ltd

    Mr Kannappan

    Project Manager | GA Construction

    Utilizing PERI systems enabled us to achieve approximately 30% manpower savings and 25% time savings. Our typical floor cycle was initially scheduled at 12 days, but with PERI systems in place, we successfully reduced it to just 9 days. This improvement allowed us greater flexibility to better manage other critical areas of the project.

Steady climbing progress with autoclimb system ACS and rail-climb system RCS-P
Steady climbing progress with autoclimb system ACS and rail-climb system RCS-P