Understand what dematerialization is in construction

Construction is one of the main consumers of materials in the world, with a high rate of rework and waste. According to data from the Brazilian Council for Sustainable Construction, the sector is responsible for consuming between 40% and 75% of the natural resources extracted from the planet and for generating 30% of solid waste. That's why dematerialization is becoming increasingly essential to reduce this huge impact.

Its aim is to significantly reduce the amount of materials used in construction, reducing the environmental impact. To this end, the concept of dematerialization involves the transition to more sustainable processes and products, taking advantage of techniques such as digitalization, prefabrication, the use of lightweight and recyclable materials, as well as innovative technologies such as 3D printing and BIM (Building Information Modeling).

This approach brings several direct benefits such as:

Waste Reduction

Reducing the amount of materials used leads to less construction waste being generated, helping to minimize environmental impact.

Resource efficiency

Dematerialization promotes the more efficient use of raw materials, reducing the extraction of natural resources and helping to preserve the environment.

Cost savings

Fewer materials means reduced costs for procurement, transportation and storage. In addition, less waste can result in lower disposal costs.

Process Improvement

Dematerialization encourages innovation and the adoption of new technologies, such as modular construction and digitalization, which can optimize processes and increase productivity.

Improving Air Quality and Comfort

By optimizing the use of materials, you can focus on more sustainable options that guarantee better indoor air quality and greater comfort for the occupants.

Enhancing the Sustainable Image

Companies that adopt dematerialization practices can improve their image in the market, attracting customers and investors who value sustainability.

Adaptability and Flexibility

Structures designed on the basis of dematerialization tend to be more flexible and adaptable to new needs, and can be easily modified or extended.

These benefits bring the construction sector into line with demands for environmental responsibility and economic efficiency. In this way, dematerialization contributes to building a more sustainable and efficient future.