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A unique opportunity to study with some of the foremost experts and world leaders in water-related research and innovation. Learn about cutting-edge technological solutions to the global water crisis and ensuring a sustainable future for humanity.
Water-related challenges are raising major concerns worldwide. These challenges are found at both ends of the pipe: the need to supply usable water of adequate quality for a rapidly growing human population, and the need to prevent pollution and diseases from wastewater discharge.
In this comprehensive interdisciplinary course, top researchers from Israel’s Ben-Gurion University of the Negev partner with experts from Yale University and Northwestern University (USA) to discuss pressing water issues and present innovative solutions and technologies for treating wastewater and ensuring safe reuse, mitigating water shortage globally, and reversing pollution of surface and subsurface water.
The course features Israel, a global leader in water management and technology. Discover the newest technologies being developed at the forefront of research: Recovering nutrients from wastewater for use as fertilizers in agriculture, desalination of brackish groundwater, soil aquifer treatment (SAT), recirculated vertical flow constructed wetland (RVFCW), and more.
We will learn about these technologies from an engineering perspective as well as the physical, chemical and biological processes involved. We will also see these technologies in use in several systems in Israel.
This course will provide a deep understanding of the complicated processes water undergoes from the source to our tap and from domestic use to becoming wastewater. We will answer these questions and many others:
● How much water do we consume, and where does it come from? (lakes, aquifers, desalination, etc.)
● How do we know the quality of the water we drink, and how does it compare to other countries?
● What ways are there to treat wastewater, and how is it treated in my country? What are the dangers of mistreating wastewater?
● What are the unique challenges in the developing world, and what are the suitable technological solutions?
● How can we develop sustainable water management so future generations have enough?
Second/third year undergraduate students or graduate students in relevant fields: Environmental studies, natural sciences, geography, engineering, mathematics, etc.
● Gain advanced knowledge and insights from foremost world water-research leaders.
● Develop deep understanding of global water challenges facing human society.
● Become familiar with local water issues around the world: peer-to-peer learning.
● Explore technological solutions for ensuring water and sanitation for all.
● Design a wastewater treatment system: membrane permeability & performance analysis.
● Develop a multidisciplinary approach: physics, chemistry, biology, engineering, management & policy.
Module 1: Global Water Related Issues and Solutions
An introduction to the numbers behind the global water crisis and an overview of the most urgent water-related challenges and solutions.
Module 2: Microbial Health Risks in Drinking Water
Promoting safe and affordable drinking water requires knowledge about water-borne pathogens, their detection and their eradication methods, as well as the pros and cons of using microbial indicators.
Module 3: Nutrients in Wastewater
This module will show how nutrients in wastewater have the potential to act as major water pollutants, but, with the right technology, can serve as a vital resource.
Module 4: Membrane-Based Water Treatment Technologies
This module is all about membranes - one of the most significant technologies for advanced water treatment and desalination. These two applications increase water supply and help protect and restore water-related ecosystems.
Module 5: Seawater and Brackish Water Desalination
Some of the knowledge gained in Israel, which is a world leader in the assimilation of desalination technology into the national water management system.
Module 6: Fouling in Water Treatments Technologies
One major challenge in membrane technologies is fouling. Membrane fouling is a term for reduced performance of the membrane due to its clogging by accumulated material, such as bacteria or chemical residue. This module discusses the nature of membrane fouling and mitigation techniques.
Module 7: Onsite Water Treatment
In this module you will learn how, in some cases, using on-site low-tech treatment solutions might give the best sustainable answer to water reuse and wastewater pollution.
Module 8: The Vadose Zone
We discuss the forces governing the movement of water in the vadose zone and the processes that occur there. This understanding will help us recognize how we can effectively prevent or treat water pollution.
Module 9: Surface-Groundwater Interactions
Another zone that is extremely important to bio-geo-chemical processes is the hyporheic zone, which connects surface water and groundwater. Understanding the essential role of this zone for water quality and the health of aquatic ecosystems is highly important to managing freshwater systems.
Module 10: Transboundary Water Management
This module will raise some of the “politics” and debates involved with transboundary water management in water-scarce regions around the world.
Professor and Director of the Center for Water Research • Northwestern University, USA
Professor and Director of the Zuckerberg Institute for Water Research (ZIWR) • Ben-Gurion University of the Negev, Israel
Professor at the ZIWR • Ben-Gurion University of the Negev, Israel