From the Roman Baths to Jordan
Some see the Roman Baths. We see safer water to drink.
As one of the most water-poor countries in the world, Jordan’s water resources fall significantly below the global water scarcity line. Refugee flow from Syria, Iraq and Palestine, puts even more pressure on this chronically scarce resource.
New ways of cutting down water wastage and overuse are in desperate demand and high on the Jordanian government’s agenda. This demand brought Mais Sweiss to Bath, determined to work with us to find a practical solution to a problem affecting so many people.
Mais is drawing on research carried out by Bath University’s Professor of Plant Molecular Biology, Rod Scott. Professor Scott’s project had been looking at the algae that grows in the high water temperatures of the city’s Roman Baths.
He was searching for an algae that would be suitable for large scale use in biofuel production – having enough easily retrievable cell oil and the ability to survive high temperatures.
Mais’s research looks at how Rod’s techniques can be applied to Jordanian algae species and so make them suitable for use in water cleaning technologies back home. On her return to Jordan after her studies, she plans to set up an algae research lab and teach others what she has discovered.
“There is no one at my university in Jordan who does algae research and only a handful of people in the whole of Jordan doing research in this field. Bath offers a good environment to learn. I came here to gain new expertise and skills so I can pass them on to my own students.”
PhD Mais Sweiss, Department of Biology & Biochemistry
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