This podcast discusses the Aqaba-Amman desalination project as a solution to Jordan's water scarcity. It explores factors worsening the issue such as climate change, population growth, and water loss. The podcast also highlights the importance of ensuring environmental sustainability in the desalination project.
The Akaba Aman Water De-Salination and Conveyance Project in Jordan aims to solve water scarcity by desalinating water from the Red Sea and providing a continuous 24/7 water supply for Jordanians.
The project incorporates environmental and social impact assessments to protect the marine ecosystem, utilizes solar energy, and aims to minimize environmental harm while meeting Jordan's increasing water demands.
Deep dives
The Akaba Aman Water De-Salination and Conveyance Project: A Solution to Jordan's Water Scarcity
Jordan faces severe water scarcity, with less than 100 cubic meters of freshwater per person per year. To address this issue, the Akaba Aman Water De-Salination and Conveyance Project aims to desalinate water from the Red Sea and transport it 450 kilometers northward to the capital city of Aman. This project will supply 300 million cubic meters of water annually, ensuring a continuous 24/7 water supply for Jordanians and eliminating the need for water rationing. With the implementation of this project, Jordanians will no longer have to rely on limited groundwater and surface water resources, mitigating the effects of climate change, population growth, and non-revenue water losses.
Environmental Considerations and Solar Energy for Sustainable Water Desalination
The Akaba Aman Water De-Salination and Conveyance Project incorporates environmental and social impact assessments to protect the marine ecosystem, including the highly biodiverse coral reef ecosystem in the Acaba Marine Reserve. Measures will be taken to avoid harming marine life, such as avoiding the suction of larvae and ensuring proper disposal of brine and desalination chemicals. Additionally, the project will rely heavily on solar energy, utilizing solar photovoltaic fields to cap emissions and reduce reliance on traditional energy sources. This sustainable approach aims to minimize environmental harm while meeting Jordan's increasing water demands.