Innovation and Sustainability in construction: technologies shaping the future
The construction industry is undergoing a profound transformation, driven by increased environmental awareness. With this growing awareness comes a higher demand for implementing more sustainable and innovative practices within the sector.
In this regard, construction technologies have evolved remarkably, aiming to reduce environmental impact and promote a greener future. Throughout this article, we will explore how innovative materials and systems, including “biobased” products, recycled materials, and “eco-design” strategies, are revolutionizing the construction process.
The role of sustainable materials in construction
In a context where sustainability has become a global requirement, eco-friendly materials stand out as key players in modern construction.
One example is “biobased” products, made from renewable natural resources such as wood, hemp, and even algae. These materials offer several advantages: in addition to being biodegradable and having a reduced environmental impact, they significantly contribute to lowering the carbon footprint of buildings. By opting for these resources, builders adopt an approach that balances present needs with future preservation.
But innovation doesn’t stop there. Recycled materials, such as plastics and metals from industrial waste, are being repurposed and integrated into construction projects in creative and effective ways. Resources once considered waste are now transformed into high-performance products, proving that sustainable construction is not only possible but also essential.
Eco design solutions and resource circularity
“Eco design” is becoming increasingly relevant, offering an approach that goes far beyond the mere selection of materials. This concept encompasses the entire life cycle of products and applies eco-environmental strategies that promote a conscious and responsible use of natural and non-renewable resources.
Now, think of circularity as a new perspective on these resources: instead of seeing waste as the end of a cycle, we begin to view it as the start of a new one. By reusing by-products and industrial waste, we help to close the production cycle, creating systems where materials gain a new life. This concept not only benefits the environment but also provides economic advantages by reducing the need for new resources and minimizing the volume of waste that ends up in landfills.
An example of this approach is the use of wood waste to create insulating panels, or the conversion of plastic waste into durable construction components. These innovations not only reduce the pressure on natural resources but also provide high-quality and high-performance solutions for modern construction challenges.
Sustainable technologies: reducing emissions, increasing efficiency
CO2 emissions are under constant scrutiny, and in this context, sustainable building technologies are emerging as true allies. One example is high reflectance waterproofing membranes, which help control building temperatures by reflecting sunlight. In addition to improving energy efficiency and reducing the need for air conditioning, these materials extend the lifespan of buildings, contributing to a lighter environmental footprint.
At the same time, as mentioned, integrating recycled materials into construction systems also plays a crucial role in reducing CO2 emissions. Each time we use recycled materials instead of new ones, we save energy and cut emissions associated with the production of new materials. This effect is cumulative and can have a significant impact when adopted on a large scale.
Köster TPO Membranes: excellence in sustainable waterproofing
When it comes to choosing a waterproofing solution that combines quality with environmental respect, Köster’s TPO membranes are an unbeatable choice.
At Prudêncio, we highlight this product not only for its effectiveness but also for its low environmental footprint and high efficiency.
A Solution with Cross-Sectional Benefits
Köster’s TPO membranes are free from toxic and hazardous compounds, which is crucial for ensuring environmental health and the safety of building occupants. Additionally, they do not contain plasticizers or non-molecular binders, like those found in PVC membranes, making them an even more eco-friendly and safe choice.
Fully recyclable
At the end of their life cycle, these membranes can be recycled without compromising the quality of the new products made from them. This feature not only reduces environmental impact but also supports the circular economy by promoting material reuse and reducing waste.
Resistance and durability
The durability of these membranes is one of their key advantages. With high resistance to UV rays, ozone, and both low and high temperatures, they are designed to withstand all weather conditions. Their resistance to root punctures and chemicals such as acids, solvents, oils, and alcohol ensures they maintain their integrity over the years.
Efficiency and reduced maintenance
With a lifespan of over 40 years, they not only provide effective waterproofing but also require minimal maintenance. Their ability to reflect sunlight contributes to the energy efficiency of buildings, helping to maintain a more stable indoor temperature and reducing energy consumption for climate control.
Certification of excellence
The commitment to sustainability of Köster’s TPO membranes is officially recognized. These membranes have been awarded Gold certification by the Institut Bauen und Umwelt e.V. (IBU) for sustainable construction, distinguished by their flexibility, safety, and sustainability. They also hold FLL certification for use in green roofs, validated by the Hochschule Weihenstephan-Triesdorf Institute, and are approved for potable water environments according to DVGW W 270 standards and KTW guidelines.
Case Study: the renovation of various Pingo Doce hypermarkets
The renovation of the roofs of Pingo Doce locations in Monção, Santo Tirso, Valongo, Coimbra, and Águeda are concrete examples of how innovation can go hand in hand with sustainability.
In these projects, Prudêncio reaffirmed its commitment to this vision by proposing the Köster 1.5 PRO TPO membrane. This innovative product, composed of 53.7% recycled materials, represents a significant leap in reducing CO2 emissions associated with the lifecycle of construction materials.
Additionally, it has a Solar Reflectance Index (SRI) of 95 in white, which helps to reduce heat absorption by the building, thus improving energy efficiency. In this way, it not only complies with the most stringent environmental standards but also offers competitive advantages in certifications such as LEED and BREEAM, making it an ideal choice for projects aiming for excellence in sustainability.
Protecting resources for future generations
The evolution of technologies in construction is a testament to the sector’s commitment to environmental awareness. By adopting “biobased” materials, recycled resources, and “eco design” strategies, we are building not just structures, but also a future where respect for the environment and energy efficiency are central.
At Prudêncio, we remain aligned with this mission, implementing solutions that not only meet today’s needs but also pave the way for a greener and more sustainable future.
The path to the future
Interested in learning more about how sustainable technologies can benefit your next project? Visit our blog to explore the latest innovations and discover how Prudêncio is leading the change in the waterproofing sector!
