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Enrique Cabrera Rochera, Javier Soriano Olivares, Elena Gómez Sellés, María Elvira Estruch Juan, and Roberto del Teso March

The growing demand for resources such as water and energy highlights the importance of being sustainable in water services. The course introduces the main concepts for the analysis of drinking water supply systems under the sustainability approach. The QATIUM tool will be used in its free version, as it is a novel and easy to use alternative. The student will develop in the first introductory topic basic concepts related to the water industry, its integration with the SDGs and climate change. The second unit will develop concepts around water use efficiency in cities, water balance, losses and demand management. The third unit will address energy efficiency in the water sector, water-energy nexus, energy efficiency, pumping and pressure. Finally, in Unit 4, a series of practical exercises are presented that include and expand on the concepts previously discussed.

What's inside

Learning objectives

  • Unit 1- introduction
  • Unit 2 - efficiency in the use of water in cities
  • Unit 3 - efficiency of energy use in the water sector
  • Unit 4 - practical examples

Syllabus

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Read about what's good
what should give you pause
and possible dealbreakers
Explores the integration of Sustainable Development Goals (SDGs) and climate change within the water industry, which is highly relevant for professionals seeking to align their practices with global sustainability efforts
Uses the Qatium tool in its free version, providing hands-on experience with a novel and accessible digital tool for analyzing drinking water supply systems under a sustainability approach
Addresses the water-energy nexus, which is an increasingly important consideration for professionals working to optimize resource management and reduce environmental impact in both sectors
Focuses on water use efficiency in cities, covering water balance, losses, and demand management, which are essential aspects of urban water resource planning and conservation
Presents practical exercises that expand on previously discussed concepts, allowing learners to apply their knowledge and develop problem-solving skills in real-world scenarios
Requires learners to discover how digital tools such as Qatium will help achieve sustainability in water services, which may require a time investment in learning new software

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Reviews summary

Introduction to sustainability in water services

According to learners, this course provides a solid introduction to sustainability concepts within the water sector, emphasizing water and energy efficiency. Many found the content relevant and well-structured, particularly appreciating the integration of the Qatium tool for practical application. Students highlight that it offers a practical overview and useful strategies for professionals. While primarily an introduction, reviews suggest it lays a strong foundation for understanding current and future challenges.
Course is logically organized by units.
"The structure from basic concepts to practical examples is effective."
"Units flow logically, building on previous topics."
"The course is very well organized and easy to follow."
Serves as a strong introductory course.
"It's a great introduction to sustainability in water services."
"Provides a solid foundational understanding."
"Good starting point for professionals new to this topic."
Helpful use of the Qatium digital tool.
"Discover how digital tools such as Qatium will help us to achieve the goal of sustainability in water services."
"The Qatium tool demonstrations were very insightful."
"Using Qatium made the concepts much clearer and applicable."
Content is relevant for the water sector.
"The course addresses current and future issues in water utilities."
"Very relevant topics for anyone in the water industry."
"It links well to SDGs and climate change impact on water."
Learn practical strategies for efficiency.
"It provided practical tools and strategies I can apply immediately."
"I appreciate the practical examples and how to implement strategies."
"Learned about water and energy efficiency strategies and their application."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Introduction to sustainability in water services with Qatium with these activities:
Review Basic Hydrology Concepts
Reinforce your understanding of fundamental hydrological principles to better grasp the challenges and solutions discussed in the course.
Browse courses on Hydrology
Show steps
  • Review the water cycle and its components.
  • Study basic concepts like precipitation, runoff, and infiltration.
  • Familiarize yourself with water resource management principles.
Review 'Water Resources: An Integrated Approach'
Gain a broader understanding of integrated water resource management principles to contextualize the course's focus on sustainability.
Show steps
  • Read the chapters related to water supply and demand.
  • Study the sections on water quality and environmental impacts.
  • Review the case studies on integrated water resource management.
Follow Qatium Tutorials
Familiarize yourself with the Qatium software through online tutorials to effectively apply it in the practical exercises.
Show steps
  • Explore the Qatium website and documentation.
  • Complete the introductory tutorials on water network modeling.
  • Practice using Qatium with sample datasets.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Review 'Sustainable Water Management'
Expand your understanding of sustainable water management principles and practices beyond the specific topics covered in the course.
Show steps
  • Read the chapters on water policy and governance.
  • Study the sections on innovative water technologies.
  • Review the case studies on sustainable water management in different regions.
Create a Water Loss Infographic
Solidify your understanding of water loss concepts by creating an infographic that visually explains the causes, impacts, and solutions for reducing water loss in urban water systems.
Show steps
  • Research the different types of water losses in water distribution systems.
  • Gather data and statistics on water loss in your local area or a case study city.
  • Design an infographic that clearly presents the information.
  • Share your infographic on social media or with local water utilities.
Create a Qatium Model of a Water Network
Develop practical skills in using Qatium by creating a model of a real or hypothetical water distribution network and simulating different scenarios.
Show steps
  • Gather data on a water distribution network, including pipe diameters, lengths, and elevations.
  • Input the data into Qatium to create a hydraulic model of the network.
  • Simulate different scenarios, such as changes in demand or pipe failures.
  • Analyze the results and identify areas for improvement in the network's performance.
Water-Energy Nexus Analysis Project
Apply the concepts learned in the course by conducting a project that analyzes the water-energy nexus in a specific water utility or city.
Show steps
  • Select a water utility or city for your analysis.
  • Collect data on water and energy consumption, pumping infrastructure, and water treatment processes.
  • Analyze the relationship between water and energy use.
  • Develop recommendations for improving energy efficiency in the water sector.
  • Present your findings in a report or presentation.

Career center

Learners who complete Introduction to sustainability in water services with Qatium will develop knowledge and skills that may be useful to these careers:
Water Resource Analyst
A Water Resource Analyst assesses water availability, quality, and usage to ensure sustainable management practices, which this course directly supports. They analyze data, develop models, and recommend strategies for efficient water use, all of which are directly relevant to the content of this course. This kind of work requires one to understand water use efficiency, water balance, demand management, and the water energy nexus. This course, with its focus on drinking water supply systems and practical exercises, is particularly helpful. The course uses the Qatium tool in its free version which is a novel and easy to use alternative. Additionally, the course's focus on sustainability and its integration with the United Nations Sustainable Development Goals is also particularly relevant to this field. Because this course provides valuable experience in using an important software tool for water management, it helps build a foundation for becoming a Water Resource Analyst.
Sustainability Consultant
Sustainability Consultants advise organizations on environmentally responsible practices. This course provides a helpful introduction to best practices in water services, an essential component of any sustainability plan. Consultants need to understand the principles of water and energy efficiency, as well as relevant digital tools, all of which this course introduces. A sustainability consultant will need to understand how to approach water management under a sustainability framework. This is a key component to the course. It will provide a novel take on water sustainability. Specifically, the course’s focus on the water-energy nexus and digital tools for sustainability can be invaluable. It demonstrates the ability to apply sustainability principles to real world problems using a specific software, which is a skillset that is extremely useful to any Sustainability Consultant.
Environmental Engineer
Environmental Engineers develop solutions to environmental problems, including water resource management and sustainability. The course may be useful for anyone who wants to work in this field. Environmental engineers often work at the intersection of water, energy, and sustainability. This course covers these three topics, which makes it a relevant introduction to this role. An environmental engineer must be familiar with water balance, efficiency measures, and the integration with sustainability goals, all of which are discussed in this course. Additionally, the course's use of the Qatium tool in its free version may give a helpful advantage. This course helps build a foundation for any Environmental Engineer working with water utilities or urban water systems as they make progress toward sustainability goals.
Water Utility Manager
A Water Utility Manager oversees the operations of a water supply system and ensures efficient and sustainable service. This course may be useful. This course introduces the main concepts in water supply systems and sustainability which directly relates to the role of a Water Utility Manager. This course directly addresses a number of key topics. This includes water use efficiency, demand management, and the water energy nexus. A Water Utility Manager should understand how to integrate sustainability principles into the operation of a water system. This course provides a practical introduction to key concepts in a water utility service. The course also provides hands on experience with the Qatium tool, which would give a Water Utility Manager a strong understand of modern digital tools.
Water Conservation Specialist
Water Conservation Specialists develop and implement strategies to reduce water consumption. The course may be useful, as the role of Water Conservation Specialist requires a deep understanding of water use efficiency, losses, and demand management, which are all discussed in detail in this course. These specialists are interested in identifying areas for reducing water consumption as well as advising on best practices for water usage; this course directly addresses both of those goals. The course's practical exercises in applying these concepts would be important for a Water Conservation Specialist. A key part of this course is how digital tools can assist in the goal of sustainability in water services, which is a key component of the work that a Water Conservation Specialist does.
Energy Efficiency Analyst
Energy Efficiency Analysts focus on reducing energy consumption across various sectors, including water services. The course may be useful. These analysts need to understand the water energy-nexus and ways to improve energy efficiency in water systems. This course provides that overview. It will also provide valuable skills in the use of digital tools. Understanding the integration of water and energy systems is a particular focus of this course. The course includes real-world exercises, which could aid an Energy Efficiency Analyst. The course provides a practical introduction to how both water and energy can be managed together to increase efficiency.
City Planner
City Planners develop plans for sustainable urban development, including water and energy systems. The course may be useful. City planners often consider issues of sustainability and resource management, so this course's focus would be especially relevant. This course covers some key topics, such as the integration of water systems with sustainable development goals. This course can help build a foundation for city planners who are working on sustainable development projects. The course content includes water balance, loss, demand management, and energy efficiency in water utilities, which is useful for those who wish to pursue a career as a City Planner.
Environmental Consultant
Environmental Consultants advise on environmental issues, including water resource management and sustainability strategies. The course may be useful. An Environmental Consultant should have a strong understanding of topics such as water use efficiency, water balance, and the water energy nexus. This course provides that. This course would also help build a foundation for how digital tools can be used to improve sustainability. The course also provides practical exercises which give this role relevant experience. The fact that it is focused on the water sector makes the learning very specific and actionable with the work that an Environmental Consultant would do.
Research Scientist
Research Scientists in environmental studies conduct research which can include topics in water sustainability and resource management. The course may be useful. This is a helpful overview of water sustainability, and also introduces a novel tool. Often a Research Scientist will need to work with digital tools for analysis, a skill that this course provides with the Qatium tool. The course content includes water balance, loss and demand management, as well as the integration with sustainability goals, which would be useful to those who want to work as a Research Scientist. This is an area often explored in research and analysis, and this course may help build a foundation for those interested in such topics. A Research Scientist often finds topics that have to do with the efficiency of water and energy, making this course helpful.
Civil Engineer
Civil Engineers design and manage infrastructure projects, including water supply systems. This course may be useful, as it provides a helpful introduction to water supply systems and sustainability principles. A Civil Engineer often has to think about the efficiency of water supply, and therefore, the content of this course would be relevant. This course covers the topics of water use efficiency, demand management, and energy use, which are important to anyone working as a Civil Engineer. In this course, students will discover how digital tools can help to achieve the goal of sustainability, which is a useful skill for those in Civil Engineering. This course can help build a foundation for those who wish to incorporate sustainability principles into their work in Civil Engineering.
Government Regulator
Government Regulators develop and enforce environmental regulations, including those related to water resources. This course may be useful. They often require knowledge of concepts related to water use efficiency, demand management, and sustainable practices. This course may be useful as it provides an overview of these topics. The course focuses on water systems, sustainability, and practical exercises using the Qatium tool, which are all relevant to this role. A Government Regulator will have to be aware of issues like efficiency in water and energy, which this course covers. This course will help build a foundation for a Government Regulator who is interested in learning more about water resources.
Public Health Officer
Public Health Officers work to improve community health through various initiatives, including ensuring access to clean water. This course may be useful as it provides insight into water supply systems and sustainable practices. Public Health Officers need to be aware of issues surrounding the safety of water systems, and this course can help to understand the overall process of water sustainability. Public Health Officers are invested in having clean and safe water systems for all, and this course can help to achieve that goal. This course can help build a foundation for those who are interested in the public health sector.
Data Analyst
Data Analysts interpret and analyze data to provide insights. This course may be useful, due to its use of the digital tool Qatium. Data analysts often need to learn new software and tools. Learning the Qatium tool in this course will provide useful new skills. Additionally, the course's practical exercises and focus on water management would allow a Data Analyst to provide helpful insights for better management of resources. The course's focus on water and energy data analysis may be particularly relevant to certain kinds of Data Analysts. This course may help build a foundation for those who wish to understand how data can be used to improve systems.
Project Manager
Project Managers plan and oversee projects. This course may be useful as a Project Manager will often have to be aware of the scope and goals of a project. The course introduces key concepts in sustainability, as well as best practices for water management. Knowing the issues facing water utilities can help project managers to understand the scope of many sustainability projects. The course also uses the Qatium tool, which may be helpful to a Project Manager interested in this field. This course will help build a foundation for those interested in managing projects relating to sustainability and water resources.
Financial Analyst
Financial Analysts analyze financial data and provide guidance on investment decisions. This course may be useful as it provides an overview of important concepts in sustainability and water systems. Financial Analysts need to assess the financial viability of various projects. Understanding the principles of sustainable water management can help a financial analyst to make informed decisions. This course can help build a foundation for those who wish to understand the economic implications of water sustainability. A financial analyst may be interested in the sustainability aspects of water utilities, making this course relevant.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Introduction to sustainability in water services with Qatium.
Provides a comprehensive overview of water resources management, covering topics such as water supply, water quality, and water policy. It is particularly useful for understanding the integrated approach to sustainability in water services. The book serves as a valuable reference for the course, offering in-depth knowledge and practical examples. It is commonly used as a textbook in water resources engineering programs.
Explores various aspects of sustainable water management, including policy, technology, and governance. It provides a global perspective on the challenges and opportunities in the water sector. This book is valuable as additional reading, offering a broader context for the course's specific focus on water and energy efficiency. It is often referenced by professionals in the water industry.

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