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How a Smart Water System Contributes to Smart City Progress

17 Dec
2019

Water systems are essential components of any city's infrastructure, as water consumption is projected to grow with rising populations. Now that over half of the earth's residents live in cities, according to WHO, it's clear that smart technology is a necessary step toward greater efficiency for public use of resources. Here's a look at how a smart water system plays a role in this transformation:

Smart Water Explained

One of the game-changing benefits of this water monitoring technology is that it reduces waste while improving water distribution. Advancements in IoT sensors and communication with mobile apps are helping consumers monitor their water consumption. The data collection also provides the public with useful information. One of the key advancements in smart water system research is the use of automatic meter reading (AMR), which makes billing more accurate. 

Smart technology designed for local water systems collects relevant and useful data about the flow, pressure, and distribution of water throughout a city. A primary goal of deploying this sophisticated AI technology is to collect accurate data on water consumption to make better forecasts of water use. 

During the past decade over $100 billion has been invested by local governments around the world to establish themselves as smart cities. Since the data can be viewed in real-time, it's helping decision-makers speed up streamlining operations to achieve water conservation goals.

5 Smart Water Components

    1. Physical - pipes, pumps and valves, reservoirs
    2. Sensors - devices that collect water data such as quality, temperature, consumption
    3. Collection and communication - data transmitted from sensors to network endpoints
    4. Data management and display - data processing and visual presentation
    5. Data analysis - use of tools to study patterns in data for suggesting or making decisions

 

Visions for Smarter Future Cities

Sustainability is becoming an increasingly visible and vocal issue in society. It's crucial for cities to rise to the challenge of using smart technology to create sustainable urban environments. The most vital resource for human survival (water) must be part of new urban infrastructure planning. In order to meet increasing demand, governments must work on reducing wasted water and strive for conservation. Smart devices provide the tools for making more effective decisions on efficiency and can reduce water loss by 15 percent.  

Applying smart solutions to water systems is just one crucial building block for cities to deploy. Water monitoring fits in with other infrastructure building blocks that will inevitably be part of next-gen city planning. Other smart applications will involve buildings and homes, energy, mobility, public services, and system integration. Smart innovations will improve the management of water distribution and stormwater. Predicting flooded areas will help reduce damage to property and lives. 

Often overlooked about effective water management is the fact that it contributes to greater energy efficiency, leading to 30 percent energy savings. On the horizon will be wastewater treatment plants shifting toward reliable resource recovery solutions.

Conclusion

The need for a good smart water system increases every year with population growth and threats of droughts. This innovative technology is crucial for helping prevent water loss. Measuring, collecting, and analyzing data are important keys for the future of cities embracing sustainability.

Contact us at Midwest Smart City Solutions to learn more about how smart technology provides multiple answers for making water and other infrastructure concerns more sustainable in the future.

GeorgeRickman
author

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