MOLD DETECTION

Our expert meticulously inspects all engineering systems, including ventilation, plumbing, sewerage, electrical, air conditioning, and heating. We adeptly identify hidden leaks and detect areas of dampness and concealed mold. Additionally, we ensure that indoor air quality meets pollution and carbon dioxide standards, and verify compliance with building codes wherever applicable.We evaluate the surroundings of the house, the exterior, the entrance area, construction defects, neighbors, repairs, noise, odors, and many other parameters. Overall, our inspection covers over 250 factors to ensure the highest standards of safety and comfort for your home.This type of work requires the involvement of multiple specialists and goes beyond the expertise of any real estate agent or building inspector.

The engineering project (working documentation) is designed for a detailed and accurate understanding of all elements necessary for the execution of work. Each joint in the project is meticulously developed and justified, providing clear and comprehensive answers to any questions. The drawings include sections, specifications, explanations, and other elements that ensure strict implementation of the project. The project facilitates the execution and control of construction and engineering works. Furthermore, it is the only way to accurately calculate material consumption, helping to avoid issues with overuse or misuse of resources.

Checking for moisture is important even if the walls are white and there is no visible mold, as moisture can accumulate inside the walls and remain invisible at first glance. This can lead to health issues, future mold growth, and structural damage to the home. Checking for moisture will help identify potential problems and prevent their occurrence.Mold may seem to appear predominantly in winter, but addressing it in summer is crucial. If a house has absorbed moisture and has not dried properly since construction, it may not dry out naturally due to insufficient temperature and humidity conditions in our climate. Internal moisture poses a serious threat. During warmer seasons, while the sun may heat the facade and superficially dry the plaster, this does not address the underlying dampness within the building envelope. As a result, the inner layers remain moist, fostering mold growth. When rainy weather returns, the trapped moisture exacerbates the problem, as the plaster becomes damp again, worsening mold growth. Reducing humidity and improving ventilation breaks this cycle by creating a moisture-resistant barrier between the interior and exterior, effectively preventing mold growth.If the walls are already affected by mold, it indicates that the humidity levels have significantly exceeded acceptable norms. Simply cleaning and painting over the mold is insufficient, as mold spores can remain inside the wall and reappear shortly after treatment.Maintaining proper humidity is particularly crucial for the health of elderly individuals and children. Mold spores and high humidity can lead to respiratory issues, disproportionately affecting the well-being of both older adults and young children. Such conditions can also reduce productivity in adults, contribute to feelings of lethargy, and lead to various serious health problems. Therefore, ensuring a comfortable, mold-free indoor environment is essential for their health and overall vitality