Construction commencement in Göbrichen: initiation of new rainwater collection zone
The small district of Neulingen-Goebrich in the municipality of Neulingen, Germany, is set to see a significant change in its flood management and water flow control with the construction of a new stormwater retention basin.
The project, which is expected to cost a total of 2.6 million euros, aims to manage and retain stormwater runoff, thereby reducing flood risks and controlling water flow into the Bruchbach stream. The details of the project can be found in the "Pforzheimer Zeitung" on Thursday, May 2.
The retention basin, with a capacity of 7,300 cubic meters, will be designed to temporarily store excess rainwater during heavy storms, releasing it slowly to minimize sudden surges downstream. This design will help control peak water velocities that contribute to bank erosion in the Bruchbach, and trap sediments that would otherwise be carried downstream, helping to maintain streambed stability.
The project also includes measures to protect and restore natural habitats around the basin, improve water quality, and reduce sediment transport. This is expected to enhance the ecological health of the Bruchbach stream, contributing to its long-term stability and preventing infrastructure damage related to erosion.
The groundbreaking ceremony for the new stormwater retention basin took place on Tuesday. For more specific data such as exact project budget, timelines, or technical design plans, contacting the municipality of Neulingen or the local environmental agency involved in the project would be advisable.
In addition, the article about the project can be found in the E-Paper on our-news, and can also be accessed via the apps on iPhone/iPad and Android smartphones/tablet PCs.
The stormwater retention basin, a key aspect of the project, is rooted in environmental science and climate-change mitigation strategies. This innovative construction is designed to manage stormwater runoff, address flood risks, and control weather-related water flow into the Bruchbach stream.
