A global organisation that finds solutions to complex humanitarian problems through research and innovation..
Our purpose is clear: we work in partnership with a global community of humanitarian actors, researchers and innovators to improve the quality of humanitarian action and deliver better outcomes for people affected by crises.
We empower the humanitarian community. Find out how we can support you...
Our Surface Water Drainage work
Effective surface water drainage is critical in safeguarding the health and surroundings of people in emergencies and is a key area of our WASH innovation work.
Poor surface water drainage can pose health risks by supporting the development of vector-borne diseases such as malaria or cholera. It can also pose accessibility problems by making it difficult for people and humanitarian services to make their way through a camp and maintain essential water and sanitation services.
While surface water drainage solutions exist, the information is scattered across multiple sources and it is not always clear which solutions are best to use in which context.
Most of the existing solutions come from the development sector and are therefore resource-intensive and impractical in a humanitarian crisis.
We have also produced a Challenge Candidate List, which provides a summary of the key challenges presented in the Problem Exploration Report
on Surface Water Drainage.
We have prioritised innovations looking to address these particular surface water drainage challenges.
We have prioritised innovations looking to:
Develop guidance to help field practitioners decide between existing drainage solutions in an emergency;
Develop affordable and effective solutions to improve surface water drainage in an emergency.
WASH in Emergencies Problem Exploration Report: Surface Water Drainage
Globally, waterborne diseases and sanitation-related infections are both major contributors to public healthcare burdens and mortality. Effective drainage reduces breeding grounds for vectors (such as mosquitoes) and reduces the creation of muddy stagnant pools that harbour dangerous pathogens which cause a wide range of diseases. The findings of this report suggest that a paradigm shift that takes into account the need for long-term, tailored drainage solutions in emergency situations is required.
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