KSB Secures Spanish Water Supply

24.10.2006

At the end of this year, the KSB Group will supply numerous water extraction and transfer pumps for the water supply system of the city of Santander along the northern Spanish coastline. The order is for twenty pumps of ...

KSB Secures Spanish Water Supply

Tubular casing pumps type SNW will soon pump up the drinking water for the Spanish city of Santander from the Ebro reservoir (KSB Aktiengesellschaft, Frankenthal).

... different type series. Four tubular casing pumps, each with a capacity of 3000 cubic metres of water per hour, extract the water from the reservoir fed by the river Ebro and transfer it to a storage tank situated at an altitude of thirty-eight metres.

From there, four double-entry volute casing pumps type RDLO, each with a capacity of 2,940 cubic meteres per hour, pump the water across the Cantabrian Mountains. After overcoming the geodetic altitude, the water, through force of gravity, continues its journey to Santander through a network of pipes.

The Ebro reservoir, a UNESCO-backed biosphere reserve, has a unique ecological system consisting of a great variety of plant and animal species. In order not to disturb the ecological balance of the reservoir, operators have to replenish the water taken out of the reservoir within the following three years.

Twelve additional high-performance pumps, installed in a total of four pumping stations, take care of this. These so-called recovery pumping stations only start operating when the rivers feeding the reservoir hold so much water that there is no risk of the ecological balance being disturbed. KSB received the order because the manufacturer was able to submit numerous international references, and because their pumps had the highest efficiencies.

The city on the North Spanish coast needs the new water supply system because its demand now exceeds the volume of drinking water previously obtained from the rivers of the Cantabrian Mountains.

More articles on this topic

Richmond Utility Uses Real-Time Analytics for Plan to Reduce Combined Sewer Overflows

03.05.2024 -

The city of Richmond, Virginia needed a plan to reduce combined sewer overflows (CSOs) into the James River, but how could its utility operators know which new infrastructure projects would have the biggest impact? The solution was a real-time visualization and decision support system from Xylem that identified critical infrastructure projects, helping the city develop a plan that could reduce CS0s by 180 million gallons and save costs.

Read more

Multi-Purpose Actuator Enables Ball Valve to Open and Close Automatically

02.05.2024 -

A major southern grow operation needed a valve to open and close automatically on a series of remote fertigation pipelines. The lines were in a location where compressed air and electricity were both unavailable and impractical. It was essential to have the valve close whenever the water supply dropped below operational pressure, to prevent the percentage of nutrients from exceeding safe levels and harming the crop.

Read more

Clean Alternative Fuel Liquid Ammonia Requires Fail-Safe and Hermetically Tight Pumps in the Shipping Industry

02.05.2024 -

Ammonia is currently at focus as clean alternative to heavy fuel oil that has predominantly been used. The technology employed in order to use liquid ammonia as a fuel must be hermetically tight and guarantee maximum operational safety as the gas is toxic and harmful to the environment. LEWA’s high-pressure diaphragm pumps meet these requirements. Their standard safety mechanisms make them suitable for hazardous, toxic and environmentally harmful fluids such as NH3, even under extreme operating conditions.

Read more