Hengstey Waterworks
New construction of expanded processing technology
Engineering services
Engineering structures, LPH 1-9
Technical equipment, LPH 1-6
Structural engineering, LPH 1-9
Special services
- Local construction supervision
Client
Mark-E Aktiengesellschaft
Platz der Impulse 1
58093 Hagen
Processing period
Planning: 2016 - 2017
Construction: 2017 - 2019
[Translate to Englisch:]
Ansprechpartner
Dipl.-Ing. Mathias Kleffmann
Projektleitung
T +49 201 89 67-242
m.kleffmann@dahlem-ingenieure.de
SHORT DESCRIPTION
The Hengstey waterworks is located at the confluence of the Volme and Ruhr rivers. Raw water is taken from the Ruhr in the Hengstey Lake area and treated into drinking water using a complex process involving filtration, infiltration, and disinfection.
In view of the pollution of the Ruhr with micropollutants, the treatment of raw water into drinking water at the Hengstey waterworks must be adapted to the state of the art.
In the past, the water supply companies on the Ruhr have always adapted the treatment processes of the individual waterworks to new challenges and findings. As part of the “Clean Ruhr” program, combined measures are now being taken to protect the waterways in order to ensure a safe drinking water supply in the future and to meet the increased quality requirements.
The Hengstey waterworks is located at the confluence of the Volme and Ruhr rivers. Raw water is taken from the Ruhr in the Hengstey Lake area and treated into drinking water using a complex process involving filtration, infiltration, and disinfection.
In view of the pollution of the Ruhr with micropollutants, the treatment of raw water into drinking water at the Hengstey waterworks must be adapted to the state of the art.
In the past, the water supply companies on the Ruhr have always adapted the treatment processes of the individual waterworks to new challenges and findings. As part of the “Clean Ruhr” program, combined measures are now being taken to protect the waterways in order to ensure a safe drinking water supply in the future and to meet the increased quality requirements.
Projectdata
- Capacity expansion from 1,170 m³/h to 3,000 m³/h
- Conversion of a decommissioned enrichment basin
- Plant building: hall-like area for hydraulic equipment and adjacent technical building, size 51.4 m x 30.4 m x 9.10 m
- Technical building: 13 m x 28.4 m x 3.25 m.
This houses: EMSR, transformer, emergency power system, chemical room
Basement of the technical building: containers for sludge dewatering and neutralization - 4 water containers
- Outdoor facilities, pipeline construction
- Technical equipment M-Technik:
- Centrifugal pumps, dosing stations, ultrafiltration, activated carbon filters, automatic backwash filters, purge air blowers
