Pressure management has emerged as a pivotal element in the leakage reduction strategies employed by Water Companies. It presents a cost-effective solution for curbing network leakage and decreasing burst frequency. Hydraulic models play a crucial role in optimising existing pressure managed systems, as well as formulating new innovative pressure management schemes.
By incorporating pressure-related demand into the model, it becomes a valuable tool for estimating potential leakage reduction across various pressure management strategies. Geospatial modelling techniques further enhance the process, allowing in-depth analytics of historical burst records and facilitating the calculation of reductions in burst frequency. This holistic approach underscores the efficiency and effectiveness of pressure management in achieving sustainable reductions in water network leakage.
Optimising Pressure Management
Pressure Related Demand
Burst Frequency Reduction
Leakage Reduction
The savings projected through this modelling assessment can be harnessed for a comprehensive cost-benefit analysis. This analytical approach empowers you to compare multiple schemes, thereby maximising the impact of your investment. By leveraging the estimated savings, you can make informed decisions on the most cost-effective and impactful strategies, ensuring optimal utilisation of resources for enhanced efficiency in your water network management.
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