The global transition to net-zero is driving exponential demand for critical minerals such as lithium, cobalt, nickel, and rare earth elements key components of batteries, electric vehicles, renewable energy infrastructure, and smart technologies (International Energy agency (IEa), 2021). as production scales up, the mining of these minerals faces mounting environmental, operational, and regulatory pressures-none more critical than the challenge of water management. Water is central to both open pit and underground mining operations. From ore processing and dust suppression to mine dewatering and tailings transport, nearly every phase of extraction relies heavily on water (World Bank, 2020). However, a large share of new critical mineral production is located in arid or drought-prone regions, with more than 50 per cent of global lithium output already occurring in high water-stress areas (World Resources Institute, 2023). This makes sustainable water usage not only an environmental imperative but a business-critical factor. Unchecked withdrawals or inefficient practices can trigger community conflicts, permit delays, and reputational damage, while also reducing operational resilience (Reuters, 2024). The sector is experiencing increasing regulatory scrutiny. Governments are implementing stricter water use standards, requiring integrated water management plans, high recycling rates, and robust discharge controls (anglo american, 2023). In parallel, investors and communities are demanding stronger ESG performance. In this context, water stewardship is no longer optional-it is a fundamental component of mining strategy and a determinant of long-term license to operate. Integrated water management offers a pathway to address these challenges holistically. This involves aligning water sourcing, usage, treatment, and discharge within a closed-loop framework, minimising freshwater intake, maximising reuse, and ensuring water quality standards (Exxaro Resources, 2022). Beyond environmental benefits, this approach enhances resilience against drought and climate variability, reduces operational costs, and strengthens social acceptance. Digital and automation technologies play a transformative role in making integrated water management practical and scalable. Platforms like Schneider Electric's EcoStruxure™ for Mining, Minerals and Metals enable real-time monitoring and predictive control of water consumption, storage, and quality across mining sites (Schneider Electric, 2023a). Leveraging loT sensors, al- driven analytics, and centralised dashboards, EcoStruxure™ empowers operators to identify leaks, reduce wastage, optimise pump schedules, and improve water reuse efficiency. Mines using EcoStruxure™ have reported up to 30-40 per cent improvements in water and energy efficiency, with lower maintenance costs and faster incident response times.