Pumping station and reservoirs
Make the most of your water network
An overwhelming problem that is highlighted from the various researches is centred at the operation of a water pumping system. Our solution helps in analysis of existing capacity and energy requirements of pumping stations. Municipalities and infra companies can design an optimal and effective pumping station using our software, and its control systems and parameters.
Energy efficiency: We evaluate the energy efficiency for the actual energy consumed and how efficiently the energy is spent. We do this in a three step process: system characterisation and data collection, energy balance calculation and an assessment through energy performance indicators. Our technology provides solution for possible optimal network configurations to minimize energy consumption and maximize the energy efficiency, acting on the main structural parameters of the system (pipe diameters, leakage rate) and pump efficiency.
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Flow analysis
Pipe network flow analysis is a critical component to complex pipe networks. Our Fluidit hydraulic modelling solution is a comprehensive tool that integrates Pressure flow distribution modelling with advanced mapping and graphics extensions. We will model for extended period simulation for the entire system by making system changes including turning pumps on and off. Will adjust pressure contour to account for elevations of the surrounding terrain, yielding an accurate prediction of available pressures throughout the system.
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Transient analysis
Rarely seen field issues or failures resulting from static loading. Our solutions address to solve are more often related to dynamic loading. By combining our pressure transient and rate transient analysis services, we provide a comprehensive understanding of reservoirs, completion efficiency, and optimization potential of pumping stations.
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Energy efficiency
We will perform energy assessments for every pumping station and the whole system. We will simulate various cases of location, size of the utility and determine the best possible combination for optimal and efficient performance of the network.
Energy optimzation in water distribution network
Using technology in water and wastewater systems, there is scope for significant energy saving: 40% through water loss reduction, 30% for changes in network operation and layout and 30% for pump inefficiency reduction. Our solution offers a novel energy balance scheme and performance indicators for assessing energy efficiency in water supply systems and waste water systems. We do this in a three step process: system characterisation and data collection, energy balance calculation and an assessment through energy performance indicators. The integrated approach between energy and water balance allows the quantification of energy inefficiencies directly associated with water losses. Our technology provides utilities with a comprehensive energy performance indicator which can be calculated by utilities with different maturity levels allowing a fair comparison of energy efficiency between systems with different layouts and operational schemes.
We evaluate the energy efficiency in water supply systems, for the actual energy consumed and how efficiently the energy is spent. Our technology provides solution for possible optimal network configurations to minimize energy consumption and maximize the energy efficiency, acting on the main structural parameters of the system (pipe diameters, leakage rate) and pump efficiency.