![The Nepean Dam in the south-west of Sydney](https://acszigalen.cloudimg.io/v7/https%3A%2F%2Flive-resources-e2e-sales.ksb.com%2Fresource%2Fblob%2F1929532%2F9a277a25aae94d0ccc87718a2e408d0c%2Fpic-nepean-dam-stage-data.jpg?ci_url_encoded=1&optipress=3&height=1200)
Nepean Dam: Deep Water Recovery Project
KSB supports the drinking water supply of the city of Sydney: At the lowest point of the Nepean dam, three efficient RDLO pumps from KSB extract raw water.
KSB supports the drinking water supply of the city of Sydney: At the lowest point of the Nepean dam, three efficient RDLO pumps from KSB extract raw water.
The project:
Ensuring the supply of drinking water to Sydney
Australia relies on KSB to supply drinking water to the city of Sydney: Efficient KSB water transport pumps of the RDLO series (WPS77 pump station) extract raw water at the lowest point of the Nepean dam and transfer it to the filtration system. Here the water is treated and piped to Sydney.
The client:
The NSW Department of Infrastructure, Planning and Natural Resources.
The Nepean Dam Deep Water Recovery Project is operated by the NSW Department of Infrastructure, Planning and Natural Resources.
However, KSB was commissioned by the renowned construction company Baulderstone Hornibrook. Baulderstone Hornibrook provides construction and civil engineering services. The company constructs bridges, roads, tunnels, commercial buildings, schools, hospitals and hotels.
The challenge:
Extraction of raw water at the lowest point of the Nepean dam
The Nepean Dam is located some 100 km south-west of Sydney and has a storage capacity of 52,000 megalitres. The client needed a solution for the extraction of raw water at the lowest point of the Nepean dam and the subsequent transportation to the filtration plant.
The solution:
Transporting fluids at maximum efficiency
Thanks to KSB’s many years of experience of manufacturing axially split volute casing pumps, the RDLO pumps were able to shake off numerous competitor products. Designed for durability, RDLO pumps transport fluids at maximum efficiency. This helps keep energy costs down and considerably reduce the pumping plant’s life cycle costs.
The design and modular structure of RDLO pumps allow their operating parameters to be optimally matched to the customer’s individual conditions. The pumps operate equally reliably at high and low water levels.
KSB already supported the project team in the preliminary phase of the project, from the design of the pumping station to the provision of calculations. Specialised KSB employees provided the customer with advice both on site and from the Competence Centre in Germany.
![Water transport pump of the series RDLO WPS77 pumping station with water transport pumps of the RDLO series](https://acszigalen.cloudimg.io/v7/https%3A%2F%2Flive-resources-e2e-sales.ksb.com%2Fresource%2Fimage%2F1929514%2Flandscape_ratio16x9%2F3300%2F1856%2F604593d6c6a3d082f5d70e01ed3cae99%2F210FBDDB9E2D6F57EC61196B7C79A6C8%2Fpic-nepean-dam-art1.jpg?ci_url_encoded=1&q=20&width=20)
Water transport pump of the series RDLO
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Data | Facts | Figures
Location: Nepean Dam, Australia
Client:
Baulderstone Hornibrook / NSW Department of
Infrastructure, Planning and Natural
Resources
Founded: 1936
Employees: 1,329
Industry: Engineering & Construction Services
Used Products:
3 RDLO 400-665
Equipped with variable speed system
Flow rate: 723 l/s, Head: 116 m
Used products
RDLO
Single-stage axially split volute casing pump for horizontal or vertical installation, with double-entry radial impeller, mating flanges to DIN, EN or ASME.