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With the latest developments in thermal analysis, carbon emission reductions are possible. Other innovative techniques are also essential for developing sustainable roofs and improving the building envelope efficiency against the worst thermal flux and bridging.

At the heart of this project, walls of channel glass present a bold design element that enhances the building’s aesthetics as it weaves together its historic roots in its modern revival.

This article explores why and how lightning protection systems can be an integral part of building resiliency against the powerful and destructive impact of lightning.

Effective weatherization techniques are critical to keeping out air and moisture to preserve longevity, ensure energy efficiency, and promote indoor air quality.

This article explores how the asthma & allergy friendly Certification Program evaluates a range of fiberglass insulation products, ensuring they contribute to healthier indoor environments.

This article addresses the challenges associated with window openings in building envelopes, focusing on the thermal performance issues that arise from improper or insufficient integration of continuous insulation systems. 

Latex binders are central to the effectiveness of LAMs for roof coatings, which can be formulated to enhance performance and allow for improved sustainability.

The tower, designed by HDR and CDFL Architects, gracefully combines metal panels, brick, and glazing to present an engaging, modern facade that successfully blends with the existing campus.

LEED v5 maintains the same familiar structure of prerequisites and credits, cataloged into broad-based categories. The four certification levels remain. However, one major structural change in LEED v5 is that every prerequisite and credit has been harmonized around three impact categories: decarbonization, quality of life, and ecological conservation and restoration.

As you design open, collaborative spaces that require privacy and concentration, you can leverage materials that absorb sound and create smart facades that optimize acoustics.