This video explains how highly energy efficient water pumps can contribute to improve water, energy, and food security in the water scarce country Jordan. At the same time, CO2-emmissions are lowered, which marks a significant contribution in meeting Jordan´s Nationally Determined Contributions (NDCs) to the Paris Agreement.
Jordan is one of the driest countries on earth and uses more electricity for its water supply than any other industry consumes in the country: 15 percent of the countries’ entire electricity consumption. In spite of that, many people only have running water one day a week and even then, it does not always reach the customers. The project Water and Wastewater Companies for Climate Mitigation (WaCCliM) aims to improve the pumping system by introducing highly efficient variable frequency driven pumps into Miyahuna Water Companies’ water system. The community of Madaba is looking forward to achieve a continuous supply with water. Additionally, the implementation of the pumps would lead to a reduction of both, electricity consumption and CO2-emissions. Under the Paris Climate Agreement’s Nationally Determined Contributions (NDC), Jordan has set a target of reducing GHG emissions by 14%. Mitigating GHG emissions in the water sector would make a significant contribution to achieving this target.
Desarrollar y fortalecer capacidades de asesoramiento técnico y formulación de proyectos de agua, energía solar y producción de alimentos, en personal técnico del sector público y privado, así como en familias campesinas mediante su formación práctica utilizando un Equipo Móvil de Bombeo Solar demostrativo. La publicación1 de la Caja de herramientas de sistemas de riego solar ha sido posible gracias al apoyo brindado por la iniciativa mundial PAEGC. En 2012, la Agencia de los Estados Unidos para...// more
RES4Africa Foundation’s new study carried out in collaboration with Open Economics, looks at a WEF nexus project in rural Tanzania integrating hydro-powered mini-grid and agri-business usages that distributes water, power and food services to the surrounding communities. The aim of this study was to evaluate the effects that the innovative Nexus project can have on a specific area. In doing this, a microeconomic impact assessment was developed to evaluate economic, social and environmental costs...// more
By Mohammad Al-Saidi and Nisreen Lahham. This article evaluates a project from the Azraq Basin in Jordan, and presents similar international experiences, particularly from India. It assesses solar energy farming as an innovation from a water-energy-food nexus perspective.// more