Coteccons Construction : APPLIES NEW TECHNIQUES IN IMPLEMENTING TRANSFER SLAB AREA FOR SKY FOREST PROJECT—ECOPARK HUNG YEN

The 2.3-hectare Sky Forest Residence project belongs to the EcoPark Hung Yen urban area. This apartment complex is the final piece of Bay of Islands Street, located at the intersection of Bay of Islands Street, the educational street, and CDB Street. CDB belongs to the EcoPark Hung Yen urban area project complex.

Sky Forest Residence includes 3 apartment buildings: 30-story SF1 building: 380 apartments; 38-story SF2 building: 488 apartments; and 41-story SF3 building: 600 apartments, with Coteccons taking on the role of general contractor for design and construction. This is a very special project. The requirement that the investor makes for the construction unit is to realize the design of a transfer slab system between buildings, with high technical requirements and unprecedented in the industry.

To realize three transfer slabs with a height of 3.5m to hold the building blocks, Coteccons' engineering team has diligently researched new construction techniques and, at the same time, applied practical "conquest experience" to large projects to finally find an implementation solution applied for the first time in Vietnam.

Accordingly, the solution found at the Sky Forest project is to use a special scaffolding system made of crane bodies at highly complex transfer slabs while ensuring the progress we committed to the investor.

Mr. Ha Van Vuong, Project Manager, shared: "With support from the company's Board of Directors, Mr. Nguyen Chi Thien, CEO, and Mr. Duong Xuan Tot, the project director and company departments, engineers of the Steering Committee sat together to come up with ideas and decided to use a special scaffolding system made of crane bodies for the transfer slabs to ensure load-bearing capacity and meet progress."

To meet the strict schedule of the project, the engineers and workers at the site were always attentive and persistent with all challenges faced during the construction process.