270 Park Avenue Manhattan, also known as the JPMorgan Chase Building, is a 60-story skyscraper in the Midtown Manhattan neighborhood of New York City. Rising to 1,388 feet, the building replaced the Union Carbide Building, which was demolished in 2021.

Upon its completion in 2025, it became the global headquarters for JPMorgan Chase, featuring 2.5 million square feet of office space and setting a record as the tallest building in New York powered by hydroelectric energy.

  • General Contractor
    AECOM Tishman
  • Customer/Owner
    JP Morgan Chase
  • Engineer
    Severud Associates Consulting Engineers, PC
  • Specialty Subcontractor
    Freyssinet, Inc.
  • Project Duration
    June 2020-July 2021
  • Location
    New York, New York

Freyssinet's Mission

Freyssinet was contracted to design and supply post-tensioning systems to strengthen the building’s foundation. The prestressing loads were applied to counter the tensile stresses due to external loads using multiple strand tendons at various locations.

Freyssinet devised, tested, and applied innovative solutions to properly apply these forces to the structure. Freyssinet partnered with local specialists to develop accurate long-term loss calculations, post-tensioning shop drawings, and provided technical assistance to install, stress and grout the tendons.

270 Park Avenue - Post tension

 

 

Key Success Factors

We played a crucial role in strengthening the structural integrity of 270 Park Avenue. Our precision-engineered approach ensures the skyscraper’s long-term stability as it rises to become the tallest hydroelectric-powered building in New York and the global headquarters of JPMorgan Chase.

 

 

Post-Tensioning Systems

As a recognized leader in the field, Freyssinet provides a comprehensive range of strand and bar post-tensioning systems suitable for all internal and external applications in civil engineering and construction.
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Building Solutions

For over 60 years, Freyssinet has specialized in constructing buildings and skyscrapers, offering sustainable technologies to optimize structures and address environmental concerns.
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