The Basalt and its
Positive Impacts in terms
of Sustainability and ESG

  • Availability and abundance: Basalt is a common and abundant volcanic rock on Earth. Its availability in many regions of the world helps to reduce the energy and resources required for the extraction and processing.
  • Renewable resources: Since basalt is a volcanic rock, its training does not require non-renewable resources like the oil needed to produce some alternatives to building materials.
  • Low-impact extraction process: Basalt extraction requires less energy compared to other building materials such as cement or steel. It does not require complex melting processes or high temperatures.
  • Zero combustion: During the basalt rock melting process into filament, no polluting dust or gases are dispersed, so for 1 kg of melted rock 1 kg of basalt filament can be generated. In other fibers such as Glass and Carbon the gas dispersion is at least 30-50%, whereas in Basalt it is 0%!
  • Lower water consumption for production: Thanks to the dry melting process, reduced use of coolant liquids during fiber processing and forming, and production in closed cycles, overall water consumption is reduced, minimizing environmental impact.
  • Low CO2 Emissions: Basalt production requires less energy compared to other materials during manufacturing. Therefore, the use of basalt can contribute to a lower carbon footprint in construction applications.
  • Recyclability: Basalt can be recycled or reused in other applications. For example, it can be crushed and used as aggregate in concrete or asphalt, reducing reliance on virgin materials.
  • On-site recycling: Basalt can be recycled directly at the construction site, reducing the need for material transportation to and from the construction area, and contributing to more efficient resource management.
  • Weathering Resistance: Basalt is resistant to weathering and corrosion, reducing the need for frequent repairs or replacements due to deterioration caused by environmental factors.
  • Versatile applications: Basalt can be used in a variety of applications, including paving, cladding, thermal and acoustic insulation, contributing to the diversification of its applications and the reducing of materials waste.
  • Absence of Harmful Substances: Basalt is an inert material and does not contain harmful or toxic substances. This means it does not release pollutants into the surrounding environment, contributing to a healthier environment.
  • NonCarcinogenic: In accordance with the NTP - National Toxicology Program, IARC - International Agency for Research on Cancer and OSHA - Occupational Safety and Health Administration.
  • Resistance and Durability: Basalt is known for its high resistance and durability. These characteristics reduce the need for replacement and maintenance over time, contributing to greater long-term sustainability.
  • Natural Aesthetics: The natural aesthetics of basalt can be a positive aspect in sustainable projects, promoting design that respects the environment, reduces resource and dye consumption, and contributes to visual harmony with the surrounding context.
  • Lower Environmental Impact: Overall, basalt has a much lower environmental impact compared to many other construction materials, insulators or composites sector materials, contributing to a more sustainable design and costruction.

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