Building Material

When architects and builders design glass-enclosed spaces, they face a fundamental tension: glass offers transparency and visual drama, but it poses serious challenges for thermal comfort and condensation control. The Chihuly Garden and Glass Museum in Seattle demonstrates how builders can resolve this conflict using concealed radiant heating systems that preserve unobstructed views while maintaining […]

Why Building Envelope Design Demands Better Material Choices The exterior envelope of any building serves as the first line of defense against the elements while also defining its visual identity. For residential and mixed-use construction projects, the materials selected for the building envelope directly affect energy performance, installation speed, long-term maintenance costs, and aesthetic flexibility.

When architects and builders look for cost-effective roofing solutions that combine aesthetic appeal with structural performance, PVC membrane roofing has become a material of choice for large-span venues like amphitheaters and performance spaces. The recent installation of a 5,000-seat outdoor amphitheater topped with a polyvinyl chloride (PVC) membrane roofing system at Coney Island demonstrates how

When Texas State Bank opened its headquarters in San Angelo, Texas, in 1977, the rooftop HVAC system represented the cutting edge of mechanical engineering: a chilled water loop system that served the four-story, 30,000-square-foot building reliably for decades. But by the early 2020s, that once-advanced system had become a costly liability. Annual expenses for cooling

Why High Efficiency Condensing Boilers Are the Right Choice for Historic Building Retrofits Historic buildings present unique heating challenges. Aging infrastructure, outdated mechanical systems, and preservation constraints often leave facility managers and building professionals struggling to maintain comfortable indoor temperatures without excessive energy costs. The experience of Zion Episcopal Church in Oconomowoc, Wisconsin, illustrates how

The Rise of Vegetated Roof Systems in Modern Construction The integration of vegetated roof systems into commercial and institutional building design represents a significant shift toward sustainable construction practices. When Hamline University in St. Paul, Minnesota, invested $36 million into the development of the Anderson Center, the project team made a deliberate decision to incorporate

When a building interior must maintain 40.5 C (105 F) and 40 percent relative humidity for 90-minute sessions, the envelope faces conditions beyond what typical construction encounters. The Bikram Yoga Harrisonburg retrofit in Virginia demonstrated how demanding high-heat, high-humidity environments can be on a building assembly. Builders designing spaces such as hot yoga studios, indoor

Industrial facilities consume a significant portion of the energy used in commercial construction, with lighting accounting for a major share of that load. For manufacturing plant managers and building specifiers, the integration of daylighting systems offers a proven path to reducing operational costs while improving the work environment. By channeling natural light into factory floors

When an electric utility builds its own headquarters, energy efficiency moves from a design consideration to a core mission. Washington Electric Cooperative, serving nearly 10,500 customers across six counties in southeastern Ohio, faced exactly this challenge. The cooperative had operated for years from three separate facilities in Marietta, Ohio, dealing with persistent roof leaks, inefficient

When architects and specifiers evaluate interior finishes for educational facilities, durability, indoor air quality, and life-cycle cost rank among the top criteria. One building product that has gained significant traction in school construction is the high-density polyethylene (HDPE) locker. Educational institutions from K-12 charter schools to university recreation centers are turning to HDPE lockers as