Moisture in buildings presents a critical structural challenge, manifesting through various locations and mechanisms. Rising damp originates from the infiltration of moisture from the ground that penetrates foundation walls, typically rising through porous masonry via capillary action. This phenomenon can reach heights up to 1.2 meters, causing paint deterioration, salt efflorescence, and potential structural weakening.
Roof-related moisture emerges from compromised waterproofing, damaged tiles, or inadequate drainage, resulting in ceiling stains, wood rot, and potential degradation of insulation. Condensation moisture occurs predominantly in areas with high humidity and poor ventilation, such as bathrooms, kitchens, and poorly insulated spaces, creating ideal conditions for mold proliferation.
Penetrating moisture infiltrates through defects in external walls, including cracked plaster, poorly sealed windows, or damaged joints between masonry. This type of infiltration can cause localized moisture, paint blisters, and gradual deterioration of materials.
Leaks from internal plumbing systems represent another critical source of moisture, often hidden within wall cavities or under floors. These hidden moisture sources can cause significant structural damage, promoting wood decay, metal corrosion, and creating environments conducive to fungal growth.
Basements and underfloor areas are particularly vulnerable, with groundwater pressure and inadequate waterproofing leading to persistent moisture challenges that can compromise the foundations of the entire building.
State-of-the-Art Identification
We utilize non-invasive diagnostic tools such as thermal cameras and precision hygrometers to precisely map the extent and causes of moisture.
Strategic Planning
We develop a customized intervention plan, analyzing the specific structural characteristics of the building and the specific causes of moisture with natural and sustainable approaches.
Complete Intervention Execution
We implement integrated solutions that include:
- Improvement of natural drainage
- Optimization of ventilation
- Passive moisture control techniques
- Restoration with low-impact environmental materials
Our goal is to ensure a definitive intervention that respects the structural ecosystem, prevents future degradation phenomena, and minimizes invasive human intervention.