EN 
DE In-situ sampling using the grid field method
In many construction projects, the environmental and waste law-related recyclability of the excavated soil poses recurring challenges for our clients. As a consultancy firm, we are interested in supporting our clients in preparing the construction site logistics and the construction process in a time-optimised and cost-effective manner. In this way, valuable resources can be conserved. We have had good experience in helping our clients to [...]
Creation of a retention area at the "Obere Walke" construction site in Backnang
DIBAG Industriebau AG from Munich is planning to develop the "Obere Walke" construction area in Backnang with mixed residential and commercial use. Contamination in the soil and groundwater has been identified due to the former use of the area as a leather factory. According to the flood hazard map, the planned construction project is partially within the floodplain of the neighbouring Murr river in the event of a 100-year flood. Therefore [...]
Demolition of a department store in the pedestrian zone
The former Dillingen department stores' in Dillingen / Saar is currently being demolished. It had been empty for several years and now had to be dismantled to clear the construction site. Prior to the demolition, intensive structural analyses and corresponding demolition specifications were required, as part of the building was directly adjacent to the neighbouring buildings. MuP Umwelttechnik drew up the specifications and accompanied [...]
In situ remediation of a former gasworks site in the Weserbergland region
On behalf of Stadtwerke Rinteln, M&P Ingenieurgesellschaft and Sensatec GmbH are currently remediating the former gasworks site in Weserbergland in situ without having to restrict the current operations of Stadtwerke Rinteln. Two sources of damage were identified in the preceding soil and groundwater investigations. Innovative biological remediation using groundwater circulation is intended to remove the gasworks-specific pollutants cyanides, PAHs [...]
