Kamm, Lara; Hagen, Ralf M.; Mutters, Nico T.; Schmithausen, Ricarda M.; Weppler, Ruth; Döhla, Manuel: Drinking Water and Sanitation Safety Planning for Medical Facilities : An Innovative PoU Approach for a Water System Description Using Ecomaps. In: Environments. 2025, vol. 12, iss. 7, 217, 1-21.
Online-Ausgabe in bonndoc: https://hdl.handle.net/20.500.11811/13633
@article{handle:20.500.11811/13633,
author = {{Lara Kamm} and {Ralf M. Hagen} and {Nico T. Mutters} and {Ricarda M. Schmithausen} and {Ruth Weppler} and {Manuel Döhla}},
title = {Drinking Water and Sanitation Safety Planning for Medical Facilities : An Innovative PoU Approach for a Water System Description Using Ecomaps},
publisher = {MDPI},
year = 2025,
month = jun,

journal = {Environments},
volume = 2025, vol. 12,
number = iss. 7, 217,
pages = 1--21,
note = {Drinking Water Safety Plans (DWSP) in buildings serve to identify health hazards associated with the drinking water system. Sanitation Safety Plans (SSP) fulfill the same purpose for the sewage system. Water Safety Plans (WSP) include DWSPs, SSPs, and water systems like gray water and firefighting water. WSPs are based on a high-quality description of the water systems. This paper presents a new methodology for describing water systems. In contrast to previous approaches, the system description begins at the point where the water is consumed. These points of use are described using ecomaps, which are then supplemented with information about the pipe network. This approach makes it possible to fulfill four relevant premises: (1) the system description includes all essential parts of the drinking water installation, (2) the system description is possible with usual equipment, (3) the system description can be carried out with the least possible additional personnel costs, and (4) the system description is controllable, versionable, changeable, and forgery-proof. The ecomaps created in this way are suitable for the next step within the WSP framework, namely hazard and risk assessment. In addition, the ecomaps can be integrated into a quality, occupational safety, or environmental management system. Aspects of water security can be added to enable the ecomaps to be used as the basis for a total integrated water management system.},
url = {https://hdl.handle.net/20.500.11811/13633}
}

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