Dr.Gihan Bayoumi, Regional Project Manager presents an overview of current water reuse practices in the MENA region as well as the ReWater MENA project’s objectives.
ReWater MENA Kicks off First National Steering Committee Meeting in Lebanon
As population grows and farming expands, the demand for water is steadily rising. Massive human displacement along with other pressures, such as climate change, further aggravates water stress in our region. To meet this challenge, we need innovative water management solutions, including more safe water reuse practices, an approach which is implemented by the International WATER Management Institute (IWMI) through its project, ReWater MENA.
ReWater MENA launches survey to assess the feasibility of implementing water reuse systems in Zahleh and Ablah
On Monday 15 February 2021, a meeting was held at the premises of the Bekaa Water Establishment (Zahleh) to launch the survey that will be conducted with farmers in the framework of the Water Reuse Local Studies conducted by ReWater MENA and its partners in Lebanon.
ReWater MENA organizes workshop on the Safe Use of Wastewater in Lebanon
The workshop aims to build and strengthen the capacities of different stakeholders and participants from Lebanon in the field of safe use of wastewater, building on four training modules. The modules include: Stakeholders’ acceptance and gender integration in reuse interventions, assessing the Economic Feasibility for Integrated Wastewater Reuse (WWR) Projects: From Formulation to Reporting, Governance and Reuse Safety Plans, and Water Reuse Technologies.
Gihan Bayoumi
ReWater MENA project calls for contributions to a regional sourcebook on water reuse
During a session held on April 1, 2019, at Land and Water Days, which took place in Cairo from March 31 to April 4, 2019, Javier Mateo Sagasta, leader of the ReWater MENA project (J.Mateo-Sagasta@cgiar.org), called for expressions of interest in contributing to a three-volume regional sourcebook.
Lisode facilitator discussing with one of the working groups. Audrey Barbe/Lisode
ReWater MENA project holds its first Lebanese National Learning Alliance
On Thursday 3rd of October (2019), the ReWater MENA project invited a diverse group of approximately 35 stakeholders to join the project’s first National Learning Alliance (NLA). The NLA took place at the Lebanese Agricultural Research Institute (LARI) in Fanar-Lebanon where the group of participants had the opportunity to discuss and share ideas around to the potential of using recycled water in agriculture in Lebanon.
LARI’s three main plots irrigated from the three different water sources (photo by Javier Mateo-Sagasta)
ReWater MENA project kicks off water reuse field trials in Lebanon: Results will inform the formulation of reuse norms and demonstrate the effectiveness of on-farm practices for safe water reuse
In July 2019, the Lebanese Agricultural Research Institute (LARI), a key partner of the ReWater MENA project in Lebanon, kicked off a two year-field trial in the Bekaa valley. Established at LARI’s Tel Amara station in central Bekaa, on the right bank of the Litani River, this pilot will serve to assess the health and environmental risks associated with irrigating fresh vegetables from different water sources of varying quality.
Training of ReWater Mena project partners on stakeholders engagement
ReWater MENA provides training in stakeholder engagement
The ReWater Mena project convened its partners in Cairo on February 12-14, 2019, for training in stakeholder engagement, facilitated by a consultancy firm. Partners took part in a simulation game dealing with project case studies to examine issues around strategic planning and management as well as different approaches to stakeholder engagement.
ReWater MENA reveals a deepening water crisis in Jordan – and a way forward
Jordan is the second most water scarce country in the world. Jordan’s annual renewable water resources are less than 100 m3 per person, significantly below the threshold of 500 m3 per person which defines severe water scarcity. While more than 98% of the population has access to an improved water source, only 93% access a safely-managed source and 86% to a piped network.