How can digitalisation reduce water pressure and minimise leakages in urban systems?

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Digitalisation Offers a Solution for Reducing Water Pressure and Minimising Leakages in Urban Systems

Digitalisation enables water utilities to implement demand-driven water distribution systems that intelligently adjust water flow based on real-time demand, thereby reducing excess pressure and significantly limiting water leakages and losses. This technological approach has proven effective in addressing widespread leakage issues and has quantifiable benefits in water conservation.
Demand-Driven Systems Utilise Remote Sensors for Intelligent Flow Adjustment

The core of digitalisation's impact lies in the implementation of demand-driven distribution systems. These systems leverage remote sensors to monitor water consumption patterns and flow rates throughout the network. By analysing this data, the system can intelligently adjust the water flow in real-time to match the actual demand from consumers. This dynamic adjustment means water is not pushed through the pipes at unnecessarily high pressures when demand is low, which is a primary contributor to pipe stress and eventual leaks.
Reduced Water Pressure Directly Minimises Leakages and Associated Costs

A direct consequence of a demand-driven system is the reduction of excess water pressure within the distribution network. When water is supplied at a consistently high pressure, it exacerbates wear and tear on existing infrastructure, making pipes more susceptible to bursts and leaks. By lowering pressure to levels that meet current demand, the likelihood of leaks occurring is minimised. This reduction in leakages not only conserves a precious resource but also lowers operational costs associated with water loss and the energy required for pumping.
Case Studies Demonstrate Quantifiable Reductions in Water Loss

The effectiveness of these digitalised, demand-driven systems is evidenced by successful implementations in various cities. For instance, the city of Ploiesti in Romania has seen its water loss reduced by 150,000 cubic metres annually as a result of adopting such a system. Furthermore, the article mentions that this approach has helped numerous cities tackle extensive leakage issues, contributing to more efficient water management and a more resilient supply for urban populations.

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How can digitalisation reduce water pressure and minimise leakages in urban systems?

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