Wooden skyscrapers are an increasingly popular choice in modern architecture, made possible by the use of cross-laminated timber (CLT) technology. This technology makes it possible to create stable and durable multi-story structures that can change the face of modern cities.
Glulam timber is an innovative answer to the growing ecological needs in the construction sector. Traditional steel and concrete structures, while durable, nonetheless share responsibility for 15% of global greenhouse gas emissions. Meanwhile, glulam buildings are much greener. Wood is a renewable material, and its production and processing have lower environmental costs than other commonly used building materials.
Wood has been used in building structures for centuries, but steel and concrete have dominated in multi-story structures until now. The reason for this was their considerable durability. However, as early as the late 20th century, European builders recognized the potential of large-scale wooden structural elements and began to test the material's capabilities. The result of this research is today's popularity of glulam, which offers many advantages both ecologically and structurally.
The ecological advantages of glulam stem from its renewable nature and much smaller carbon footprint than traditional materials. In addition, the glulam manufacturing process requires less energy and emits fewer pollutants compared to steel or concrete building components. This makes it an attractive choice for those looking for more sustainable solutions for their environment.
However, despite its many advantages, building high-rise buildings out of wood still comes with some challenges. Protecting wood from harsh weather conditions and other potential hazards requires further research and the development of appropriate technologies to ensure the reliability and durability of such structures in any situation.
Thanks to continuous innovation and research, glulam is gaining popularity around the world. Already there are buildings 18 stories high that are constructed entirely of this material, proving that new technologies in architecture can be an ecological path forward for modern construction.
