Structural interventions

We have developed our business by dedicating a significant part of our resources to research, a fundamental aspect of our field. Thanks to this choice, combined with our commitment and expertise, we have been able to participate in projects and applications of great importance and impact, collaborating with various research and development institutes and design firms to create executive projects of major relevance. This approach defines our work as a key contribution to the conservation process. The high specialization of our team and our long-standing collaborations with universities enable us to offer a wide range of services, particularly focused on structural interventions.

These are technical operations aimed at consolidating, repairing, or improving the load-bearing structures of a building while preserving its historical and architectural value. Such interventions include the strengthening of foundations, load-bearing walls, floors, and roofs, using techniques and materials that respect the integrity of the original structure. A thorough preliminary analysis is essential to balance conservation and technological innovation, ensuring the protection of the building from future threats such as earthquakes, deterioration, or excessive loads.

Structural
consolidation

The intervention aims to restore the condition of the building through structural consolidation activities on constructions that, over time, may have suffered damage or settlement.
These operations are intended to restore or improve the load-bearing capacity of structural elements such as walls, pillars, beams, and floors, which may have been weakened by factors such as material deterioration, seismic events, water infiltration, or natural aging.
tructural consolidation may include techniques such as the insertion of steel or composite reinforcements, the injection of special resins or mortars into cracks, the replacement or reinforcement of degraded structural elements, and the installation of stiffening systems to better withstand future stress. The main goal is to ensure the safety and long-term preservation of the building while respecting the historical and architectural value of the original structure.

Seismic
improvement

In recent years, structural interventions aimed at improving the seismic performance of buildings have increased.
This includes a range of techniques and operations designed to strengthen and reinforce structures. We carry out interventions such as:

  • “like-for-like replacement” masonry repair to restore wall continuity along crack lines and rebuild deteriorated sections

  • Injection of binding mixtures to improve the mechanical characteristics of masonry

  • Reinforcement of masonry when severely damaged or incoherent

  • Various types of tie systems: installation of tie rods, reinforced drilling, construction of reinforced concrete ring beams, and chain systems on arches and vaults.

Safety
measures

Safety measures

We have carried out numerous consolidation and safety interventions to ensure the stability and protection of buildings. Each project is approached with accuracy and customization, starting from an in-depth analysis of structural conditions and detailed surveys that allow us to precisely assess the building’s state and identify the causes of any critical issues.

Our team is committed to providing the best possible solution for this type of structural work, using innovative techniques and high-quality materials. We employ advanced tools for monitoring and diagnosis to identify the most at-risk areas and plan targeted interventions such as foundation reinforcement, wall consolidation, the installation of tie rods, and the adoption of anti-seismic systems.

Our goal is to preserve the safety and structural integrity of the building while ensuring compliance with current regulations and minimizing the impact on its aesthetics and functionality. Thanks to our extensive experience and continuous training, we are able to expertly address any challenge related to building safety — whether for historic or modern structures.