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Water Management: Resources, Drinking Water & Desalination
Rating: 4.4 out of 5(190 ratings)
18,103 students

Water Management: Resources, Drinking Water & Desalination

Learn how to Manage Earth Most Precious Resource in a Thirsty World
Created byGreen Courses
Last updated 7/2026
English
English

What you'll learn

  • Learn the Importance of Managing Water Resources
  • Discover Current Challenges in Water Resources Management
  • Learn Innovations and Emerging Solutions for better Water Resources Management
  • Learn (IWRM) Integrated Water Resources Management
  • Discover the importance of providing safe water to consumers and the risks of untreated water
  • Discover how the process of water treatment works
  • Learn why we need desalination to produce safe water
  • Learn the importance of desalination for water management worldwide
  • Discover the steps of Desalination technology and how it works : pretreatment, reverse osmosis filtration and post-treatment
  • Learn energetic, economic and environmental aspects of reverse osmosis desalination

Course content

3 sections • 34 lectures • 3h 56m total length

  • Chapter outline1:49

    Explore the chapter on water resources, outlining challenges like climate driven variability, scarcity, pollution, groundwater depletion, and governance constraints, and solutions including water treatment, ecosystem restoration, digital monitoring, and policy.

  • Introduction9:34

    Analyze the complex challenges facing water resources, including climate change, water stress, and pollution, and explore integrated approaches: governance, technology, and policy for sustainable water management.

  • Challenge 1: Climate Variability6:24

    Address climate variability and hydrological uncertainty through holistic water resources management that combines technology, governance, policy, and stakeholder involvement to improve forecasting and decision-making.

  • Challenge 2: Water Scarcity4:30

    Address water scarcity by balancing blue water and green water, managing surface water and groundwater, and coordinating fair pricing and monitoring to allocate water while respecting environmental and social needs.

  • Challenge 3: Quality Degradation6:54

    Examine water quality degradation from nutrients (nitrogen and phosphorus), organic waste, and pathogens, explore emerging contaminants like microplastics and PFAS, and apply integrated management with nanofiltration and nanoabsorption.

  • Challenge 4: Groundwater Depletion6:17

    Mitigate groundwater depletion driven by agricultural irrigation through monitoring, modeling, vulnerability indexes, and managed aquifer recharge to curb saltwater intrusion and protect aquifer quality.

  • Challenge 5: Governance Gaps5:19

    Address governance gaps hindering water resource management across sectors, including meso-institutions and transboundary coordination, and promote integrated water resources management with participatory tools for equity and resilience.

  • Focus on Water use in AI Data Centres11:24

    Analyze the water footprint of ai data centers, including cooling, 24/7 operation, and electricity-driven water use, and explore solutions like direct-to-chip cooling, immersion cooling, non-potable sources, and renewable energy.

  • Solution 1: Advanced Process Technologies7:06

    Discover advanced process technologies for water treatment, including membrane-based and nanomaterial-enhanced systems, energy-efficient hybrids, and scalable solutions for municipal and industrial wastewater management.

  • Solution 2: Digital & Smart Systems8:34

    Boost monitoring, predictive capability, and operational efficiency across water treatment, distribution, and bus scale management using AI, ML, IoT, digital twins, and decision support.

  • Solution 3: Nature-based Solutions8:55

    Explore nature-based solutions for water management, including wetlands, reforestation, and green infrastructure, to improve water quality, groundwater recharge, and flood resilience.

  • Solution 4: Policy and Governance6:03

    Explore policy and governance innovations for sustainable water management, including IWRM, circular water economy, and transboundary cooperation, with emphasis on stakeholder engagement and economic incentives.

  • Future Perspectives6:04

    Integrate engineering innovations with policy updates, social relations, ecological restoration, and economic research to create a scalable, interdependent framework for sustainable water management.

  • Conclusion & References3:22

    Shift from infrastructure-only approaches to integrated water management using advanced tech, nature-based solutions, and strong institutions, powered by IoT and AI for resilient, equitable water security aligned with SDGs.

Requirements

  • No requirements or prerequisites are needed.

Description

  • Water scarcity is the defining challenge of our time. This comprehensive course takes you on a deep dive into the technical and strategic world of water management, providing the expertise needed to secure our most vital resource.


  • Designed for consultants, environmental professionals, and sustainability advocates, this course moves beyond theory to explore the engineering reality behind the water we use every day. You will gain a 360-degree perspective through three focused chapters:

    • Chapter 1: Water Resources – Grasp the global hydrological landscape. We analyze the intersection of climate change, urbanization, and policy to understand how to build a sustainable, circular water economy.

    • Chapter 2: Drinking Water Supply & Treatment – Learn the essential engineering behind the tap. You will explore the end-to-end journey of water, from sourcing and distribution to advanced purification, filtration, and disinfection processes.

    • Chapter 3: Seawater Desalination Engineering – Unlock the future of water supply. We break down the complexities of membrane-based desalination, covering energy efficiency, brine management, and the design principles driving modern large-scale facilities.


  • Whether you are looking to advance your career in civil and environmental engineering or simply want to understand how we can engineer a water-secure future, this course provides the actionable knowledge and technical insights to get you there.


  • Enroll today to turn the tide on water scarcity and become an expert in the systems that sustain our world.

  • Keywords: Water Resources management, desalination, water treatment, water management, water conservation, drinking water, engineering, sustainability


Important Notice:

This course has been prepared with a specific audience in mind: Consultants and Professionals looking for general knowledge about water resources management, desalination, drinking water treatment, and does not delve into engineering design and calculations.

That’s why:

- The course is suited for non-specialists and provides high-quality and concentrated knowledge about water resources management, desalination, and drinking water treatment

- The course is not suited for expert engineers and researchers looking for calculations and designs of water facilities.

Who this course is for:

  • Sustainability Professionals, Consultants, ESG professionals, Anyone curious about Water.

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