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Description
Our project focuses on the issue of water within refugee camps. We have proposed a system that can allow for individuals to be able to have their own source of drinking water with a device that can condensate water from the air, even in an aired region. This would allow them to use less water from the community's supply overall, and allow more water to be able to be rationed for uses like washing and cleaning than is currently rationed per person.
Nexus Maximus IV
The Challenge: Innovation for Refugees and Displaced Populations
One of the great challenges of our time is how to help refugees and displaced populations, and how to prevent the causes in the first place. Every minute, 24 people around the world are forced to flee their homes. That’s 34,000 people a day who leave everything behind in the hope of finding safety and a better tomorrow. The impact of war, political, racial and religious conflict, and environmental crises of famine and climate change, have caused great suffering and there is a great opportunity to do better.
The issues these populations and the countries who receive them face are diverse and complex. They include public health, housing/built environment, cultural integration, public safety, employment/economic and more.
How can innovation address these challenges? How do we create the social systems and products to support a healthy, safe and integrated program for refugees? How do we address the physical, emotional, and social needs of refugees to restore hope and opportunity? The solutions may be as far ranging as the challenges, exploring the acute needs during a crisis, as well as the chronic needs of the permanently displaced; looking at immigration and adjustments to new cultures. We encourage participants to draw upon all disciplines, from health professions to architecture, engineering to design, ethics, communication and every way of thinking we have, to find better ways to innovate on physical solutions, processes, policies, systems, and more.
Publication Date
9-11-2017
Keywords
water, refugee, sunlight, hydration, Nexus Maximus, Thomas Jefferson University
Disciplines
Medicine and Health Sciences
Document Type
Poster
Recommended Citation
Cuccurese (Industrial Design), Matthew; Valbuena, Andres; Joshi (Occupational Therapy), Pooja; Rowe (Interior Design), Sophia Warne; and Ringer (Interior Design), Samantha, "Half Full: A Personal Water Collection System" (2017). Nexus Maximus. 9.
https://jdc.jefferson.edu/nexusmaximus/9