How did Bor, South Sudan, deal with the 2020 floods?

After record flooding submerged Bor in 2020, an emergency response led to the development of a new, climate-resilient water treatment plant.

What is Bor's new water treatment plant like?

The plant is built on raised ground, runs on solar power, and provides clean, reliable water to 80% of Bor's population through an extensive pipe network.

Is Bor's water project a climate adaptation success?

Yes, Bor's transformation is seen as a beacon of climate crisis adaptation, showcasing how infrastructure resilience can improve lives after extreme weather events.

Home / Environment / Bor Rises: Flooded Town Becomes Climate Resilience Model

Bor Rises: Flooded Town Becomes Climate Resilience Model

11 Dec

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Summary

A $5.4m climate-resilient water plant replaced Bor's flood-damaged system.
Solar power minimises running costs and carbon emissions for the plant.
Eighty percent of Bor's population now has access to clean water.

Bor Rises: Flooded Town Becomes Climate Resilience Model

Record floods in 2020 submerged Bor, South Sudan, devastating its infrastructure, including the water system. This crisis spurred a transformation, turning the town into a beacon of climate adaptation. A new $5.4m water treatment plant, funded by the Netherlands and South Korea, now stands as a symbol of resilience.

The "climate-resilient" plant is elevated and powered by solar energy, reducing operational costs and environmental impact. This strategic shift from emergency response to durable solutions has provided clean water to 80% of Bor's 96,000 residents, connecting households, schools, and a hospital.

The project has also boosted the local economy by training 30 staff and improving access to clean water, which has positively impacted school attendance and women's daily chores. Bor's success highlights the potential for climate adaptation, though significant investment is still needed across South Sudan.