Riesner, Katja
Diploma Thesis:
1947
Topic:
Indoor air - development of a planning guide
Editor:
Katja Riesner
University Professor Responsible:
Univ.-Prof. Dr.-Ing. Dipl.-Wirt.-Ing. Katharina Kleinschrot
Supervisor:
University Supervisor: Dipl.-Ing. Natalia Bienkowski, LL.B.
Editing Period:
04/2023 until 10/2023
Abstract:
Indoor air quality must not endanger the health of users. This is required by German and international regulations. Indoor air quality requirements are currently listed in many different standards and guidelines. However, there is no compact implementation guide for the building planning process. In this paper, a planning guide with a process model for quality assurance of indoor air quality for the service phases of the HOAI is created. As a result of research from the fields of building physics, pollutant investigation and environment, building ventilation, indoor air hygiene and health, the influencing factors of indoor air quality are identified. The collection and evaluation of indoor air-relevant limit and guideline values from regulations, standards and directives in these fields, building code law, building product law, sustainable construction and occupational health and safety are also part of the planning guide. The architecture or object planning and the specialist planning for technical building equipment, pollutant testing, building physics and sustainable building are to be involved in the planning of indoor air quality. Their services in accordance with HOAI and AHO, their own measures and the interactions of those involved in planning the indoor air quality of new buildings and renovations are recorded in the process model as a further result of the technical work. In surveys of experts, individual focal points of the planning guideline and process model were discussed for practical relevance. At present, however, indoor air quality is only planned and controlled in very few building projects. The results of this work contribute to a practice-oriented implementation aid for planning and controlling indoor air quality.