Safe Water Optimization Tool
Humanitarian operations have little in place to ensure that water quality complies with safety guidelines at the point of consumption, a significant oversight in response efforts.
Chlorination is the most widely practised water treatment technique used to supply safe water to refugees and internally displaced persons. If well managed, it can ensure residual contamination protection from the point of water dispensation to the point of water consumption in the household.
Humanitarian agencies prioritize water safety and routinely collect, monitor and report residual chlorination data. Little is done, however, to leverage this information to ensure that water quality complies with safety guidelines at the point of consumption, a significant oversight in response efforts.
The proper management and analysis of routinely collected residual chlorine data, using appropriate statistical techniques, will provide humanitarian field workers with high-quality, site-specific, and evidence-based operational guidance. The Safe Water Optimisation Tool (SWOT) is being developed with this primary objective. It aims to:
- Improve public health by reducing the incidence of water borne disease
- Establish site-specific guidance to ensure stricter compliance with chlorination standards at the household level
- Improve accountability to populations and donors
- Highlight problematic areas or practices towards which resources can be focused during water supply interventions
- or outbreak control
Syed Imran Ali, Dahdaleh Institute Lead, Dahdaleh Institute for Global Health Research
Jeff Fesselet, MSF Lead, Médecins Sans Frontières / Doctors Without Borders (MSF)
Matthew Arnold, Technical Advisor, Dahdaleh Institute for Global Health Research
Usman Khan, Artificial Neural Network Lead, Assistant Professor, York University Lassonde School of Engineering
Mike Spendlove, Software Solutions Advisor
Saad Ali, Engineering Modelling Developer
With Médecins Sans Frontières / Doctors Without Borders