Turning the tide on water resources degradation and restoring water quality is no small task. Yet, improvements in water availability and quality will have a profound impact on the health and biodiversity of freshwater ecosystems, on the quality of life for billions of people and for the sustainable growth of economies around the world.
From waste water to resourceful water: the science, technology and practice transformation
Wastewater collection and treatment as we know it, is increasingly no longer fit for purpose. Major benefits can come from truly rethinking our waste water systems and turning them into systems that not only protect our health and environment, but also produce new resources such as clean water, renewable energy, and tailored fertilizers. The technologies to do so are increasingly available, affordable and applicable in cities and industries alike. Leading examples include: direct potable re-use, energy and carbon positive utilities, and fertilizer production from resourceful water. Most recent pilots and full-scale applications indicate that the future can and will be radically different.
During the first session, the keynote presentation will explore the current frontiers of leading science, technology and practice that are transforming large-scale urban waste water systems. Subsequent, case studies will show how direct potable re-use can be realized, how carbon and energy neutrality can be achieved and how fertilizer production and sales from waste water can be organized with examples from the United States, China, Belgium and the Netherlands.
During the second session, the focus shifts to decentralized systems in developing economies. New technologies and applications are emerging that re-use treated waste water in agriculture, produce local bio-energy and recaptured and use nutrients contained in bio-solids. Examples will be presented from India, South Africa and Haiti.
From data management to digital water: the water system innovation
The recent digital revolution is making a huge potential available to manage our water more efficient and ‘smart’. Newly emerging digital paradigms for data retrieval, analysis and storage create the ability to share and exchange data at various scales: local/urban, regional and river basin. Data-driven and process-based models can offer precise monitoring, forecasting and visualization capabilities, all of which are key to support far-reaching water system innovations.
During the first session, the keynote will provide an in-depth overview of the latest developments in “Instrumentation, Control and Automation” (ICA) and how this is transforming the utility of tomorrow. A number of cases will then explore how new data management is further stretching a utilities’ horizon. Examples include utility data management as service hosted ‘in the cloud’, water savings on-line trading, water service inventories and data management through new on-line data platforms and innovative customer relations using data and social media. Cases will be presented from the Morocco, Kenya, Ghana, United States, and India.
The second session will explore how data and information is revolutionizing the management of large water resources systems. The keynote will provide an overview of the latest development of remote sensing, data management and modelling of large scale freshwater systems. Subsequent case studies will show how latest modelling techniques help to manage urban flooding or support stakeholder engagement in addressing water scarcity. Cases will be presented from the Singapore, Australia and the United States.