Remedial technologies against rising damp with the possible use of ATP - a case study in situ investigating the effectiveness of the application

An unhealthy environment in buildings caused mainly by humidity can be observed mainly in older buildings. This problem has been known for many years and can be considered a global problem. Dampness of the construction does not only have a negative effect on the environment and people who live here for a long time. The problem of humidity is also associated with a negative impact on the properties of the affected construction. It is therefore necessary to pay attention to technologies that can additionally suppress rising humidity. The contribution is focused on a specific building and researching the design of optimal remedial technology against rising dampness and its effectiveness. The methodology is based on collecting data before and after remedial interventions that are effective against rising damp. These values are then presented using graphs. At the end, it evaluates the appropriateness of the intervention according to the obtained results and proposes theoretical measures for optimizing the internal environment of the object, for example by applying ATP.