Long-term building performance is becoming a central part of how the construction industry evaluates sustainability, alongside the measurement and reduction of embodied carbon. The Precast/Prestressed Concrete Institute (PCI) is updating its industry messaging to highlight how durability, service life and resilience contribute to the sustainability value of precast concrete structures.
Announced November 5 in Chicago, PCI's initiative uses the tagline “Sustainability That Strengthens Over Time” to broaden the discussion beyond the environmental impact of construction at the time a building opens.
The approach highlights the relationship between material durability, structural longevity and long-term value. PCI also recognises the importance of measuring and reducing a building's carbon impact, while emphasising that the benefits of lower-carbon construction depend in part on how long structures remain in service.
PCI provides educational courses, webinars and technical resources to help industry professionals assess sustainability in precast concrete construction. Its materials include Environmental Product Declarations (EPDs) for precast concrete, life-cycle assessment resources and project case studies.
The institute also plans to feature updated information about its sustainability work in the Winter 2027 issue of Ascent magazine.
PCI will continue its initiative with the November 19 webinar, Beyond the Mix: The State of Sustainability in Precast. The programme will examine current sustainability practices in the precast concrete sector and discuss opportunities for further progress.
Founded in 1954, PCI develops technical standards, industry guidance, certification programmes, research, design resources and continuing education for the precast concrete structures and systems industry. Its membership includes producers, erectors, suppliers, engineers, architects, educators and industry consultants.
PCI's updated messaging puts service life and durability alongside carbon measurement in the sustainability discussion. For owners, designers and contractors, these considerations reinforce the importance of evaluating building materials through their expected performance over time, supported by product-specific environmental data and life-cycle assessments.
Source: PCI.
