This paper presents the state-of-the-art approaches to energy (electricity) and hydraulic efficiency and conservation in conventional water supply systems, providing an overview of energy efficiency and conservation alternatives from the analysis of selected research literature. These alternatives vary from leakage management to state-of-the art real-time optimization techniques, and can be classified into three dimensions according to their natures: project and design dimension, operational dimension and physical dimension. The potential energy savings and the impact of these alternatives over the water supply systems' energy efficiency are highly variable. All the energy efficiency and conservation alternatives analyzed in this work may c...
The energy efficiency of water supply systems can be increased through the recovery of hydraulic ene...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
Water losses are responsible for increased energy consumption in water supply systems (WSS). The ene...
AbstractThis paper presents important fundamentals associated with water and energy efficiency and h...
The present paper shows a few solutions of increasing the efficiency of water supply systems, by red...
Due to the importance of overall sustainable development, efficient energy management should be as s...
We are witnessing the rapid growth of the energy prices and there are expectations that they will co...
We are witnessing the rapid growth of the energy prices and there are expectations that they will co...
The decreasing amount of fossil fuels and deteriorating air quality forces the governments to introd...
The decreasing amount of fossil fuels and deteriorating air quality forces the governments to introd...
AbstractThis paper presents important fundamentals associated with water and energy efficiency and h...
Wherever the energy is used, there are the opportunities for increasing its effectiveness. In most ...
Analyses of possible synergies between energy recovery and water management are essential for achiev...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
The energy efficiency of water supply systems can be increased through the recovery of hydraulic ene...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
Water losses are responsible for increased energy consumption in water supply systems (WSS). The ene...
AbstractThis paper presents important fundamentals associated with water and energy efficiency and h...
The present paper shows a few solutions of increasing the efficiency of water supply systems, by red...
Due to the importance of overall sustainable development, efficient energy management should be as s...
We are witnessing the rapid growth of the energy prices and there are expectations that they will co...
We are witnessing the rapid growth of the energy prices and there are expectations that they will co...
The decreasing amount of fossil fuels and deteriorating air quality forces the governments to introd...
The decreasing amount of fossil fuels and deteriorating air quality forces the governments to introd...
AbstractThis paper presents important fundamentals associated with water and energy efficiency and h...
Wherever the energy is used, there are the opportunities for increasing its effectiveness. In most ...
Analyses of possible synergies between energy recovery and water management are essential for achiev...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
The energy efficiency of water supply systems can be increased through the recovery of hydraulic ene...
The development of hydraulic components and systems concept has in recent decades been a clear focus...
Water losses are responsible for increased energy consumption in water supply systems (WSS). The ene...