The 30 Hudson Yards skyscraper's foundation durability is largely attributed to Kryton International's waterproofing technologies, which were essential given the building's location in a challenging 100-year flood plain above an active rail yard. Following Hurricane Sandy in 2012, the project's engineering team recognized the critical need for robust waterproofing solutions to protect against water infiltration in this vulnerable environment. Architects and engineers selected Kryton's Krystol Internal Membrane (KIM®) and associated technologies to address the complex underground infrastructure challenges presented by the site's unique conditions.
The innovative waterproofing approach focused on key structural elements including the base slab, elevator pits, flood retention tank, and underground facilities. Kryton's technologies enable concrete to self-seal cracks and block water indefinitely, with compression sealing power that significantly exceeds conventional waterproofing methods. This advanced approach was particularly important for a structure located in an area prone to water-related structural degradation, where traditional waterproofing methods might have proven insufficient over time.
Six years after completion, 30 Hudson Yards' foundation remains completely watertight—a remarkable achievement that demonstrates the effectiveness of these advanced technologies. The building has since attracted prominent Fortune 500 tenants and achieved LEED Gold certification, achievements that underscore the success of its advanced technological infrastructure. Kevin Yuers, Kryton's Vice President for Product Development, emphasized that design excellence extends beyond visible architectural elements, noting that the subterranean infrastructure represents a masterful combination of design, materials, and skilled workmanship that ensures long-term structural sustainability.
The project highlights the growing importance of innovative waterproofing technologies in modern construction, particularly in challenging urban environments susceptible to environmental stressors. By preventing water intrusion and potential concrete corrosion, Kryton's solutions offer architects and engineers a sophisticated approach to maintaining structural integrity that goes beyond conventional construction methods. As detailed in technical documentation available at https://www.kryton.com/products/krystol-internal-membrane, these technologies represent a significant advancement in construction science that addresses fundamental challenges in urban development.
As urban development continues to expand in complex geographical contexts, technologies like those demonstrated at 30 Hudson Yards will become increasingly critical in creating resilient, sustainable infrastructure that can withstand environmental challenges. The success of this project serves as a model for future construction in flood-prone areas and demonstrates how advanced engineering solutions can overcome significant environmental obstacles. This case study, documented at https://www.kryton.com/case-studies/30-hudson-yards, provides valuable insights for architects and engineers working on similar projects in vulnerable locations worldwide.
