IoT, SUSTAINABLE WATER MANAGEMENT AND ESG Sivi Moodley, CEO of the Macrocomm Group, shares that there can be no sustainable future without an effective and efficient approach to holistic water management
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easuring the flow of water through its cycle of collection, storage, distribution, consumption, and purification is foundational to enabling a data-driven and analytical approach to water management and usage in various industrial, commercial, residential, and public sector segments. To place some perspective on the stress in place due to increasing water demand, the United Nations’ World Water Development 2021 Report cited the following trends on future water usage (based on studies that attempt to project trends in future water use): • The 2030 Water Resources Group (2009) concluded that the world would face a 40 per cent global water deficit by 2030 under a business-as-usual scenario. • The OECD (2012) projected that global water demand would increase by 55 per cent between 2000 and 2050. • Burek et al. (2016) estimated that global water use would likely continue to grow at an annual rate of about 1 per cent, resulting in an increase of 20 to 30 per cent above the current level of water use by 2050. Internet of things (IoT) technologies have a broad range of applications, as well as segment-specific use cases in the way water can be managed sustainably, including: • Leakage detection • Efficient, data-driven systemic water management • Water quality and safety monitoring • Quality control of water reserves • Visibility and transparency on consumption • Predictive maintenance and speed to resolve risks related to water infrastructure.
LEVERAGING TECHNOLOGY Deployment of smart water enables real-time water consumption monitoring and measuring, which helps to identify areas of excessive usage and wastage – while at the same time providing the data validation and visibility for behavioural and attitudinal change that is more deeply rooted in water sustainability. To leverage the capabilities of emerging technologies such as artificial intelligence and machine learning, organisations can now shift to platforms and applications that fully automate water management strategies and objectives. Combining the use of IoT sensors and predefined or machine learning algorithms, supply, distribution, and consumption systems can dynamically regulate and control the supply of water. When applied to smart irrigation, sprinklers can be configured to provide the right amount of water at the right time depending on the data relating to soil moisture, air humidity and crop condition sensors. In the case of mining, sensors can be used to monitor the safety and condition of tailings facilities, where contaminated water is stored and rehabilitated before it is released into the
Organisations can now shift to platforms and applications that fully automate water management strategies and objectives.
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Sivi Moodley
environment or made available for reuse. Mines use a significant amount of water in their operations and processes; failure to safely store and manage contaminated water and tailings was evident in the catastrophe in Brazil in 2019 when a tailings dam, in the state of Minas Gerais, burst and released a wave of mud and sludge that left 270 dead and ravaged local forests, rivers and communities. Further to this, the Vale mine is expected to pay $1.65-billion and the CEO and management team were charged with homicide. Macrocomm has taken a comprehensive approach in ensuring that technologies and use cases are developed to holistically manage water in an efficient, proactive and predictable manner. Our drive to securing a sustainable and available water future has resulted in us developing supply-and-demand-side management technologies that curb the risks associated with poor water management while allowing businesses and industries to set, track and achieve their environmental, social and governance (ESG) goals linked to water sustainability. Solutions range from smart water meters (including retrofitted options), sensor-driven actuators for remote control of usage, sensors for soil and humidity sensors, a software platform for smart water management workflow and analytics as well as dashboards and mobile applications that deliver real-time views on supply, distribution, and anomalies. We work closely with the relevant industry sector players and partner with them in identifying and mitigating risks when it comes to achieving their sustainable water and related ESG goals through the application of IoT data-driven technologies in a smart and simple way. ▪
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THE LONG VIEW
THOUGHT LEADERSHIP | INNOVATION
ISSUE 39
2022/06/30 4:14 PM
