German-Iraqi Cooperation: New GIZ-implemented project on water resource management begins

Iraq is facing significant challenges in managing its water resources. With over 90% of its water supply originating from outside its borders, the demand for water far exceeds the available supply - a situation exacerbated by climate change. In response, Iraq and Germany launched the Climate-Resilient Water Resources Management (CWRM) project. Implemented by GIZ, on behalf of the German Federal Ministry for Economic Cooperation and Development (BMZ), it supports the Ministry of Water Resources with technical input, training and by strengthening institutional structures and processes. The project focuses on the Hilla River in Babylon, Diwaniya and Muthanna.

Launching the CWRM project at the 5th Baghdad International Water Conference

The CWRM project officially launched at the 5th Baghdad International Water Conference, bringing together experts, government partners, and international actors. The opening session explored how better water information systems, climate-resilient planning, and digital innovation can drive sustainable water management in Iraq.

Speakers from the International Water Management Institute (IWMI) and IHE Delft showcased how tools like Water Accounting Plus (WA+) and AI can help bridge data gaps, enable faster decision-making and improve climate resilience. Dr. Youssef Brouziyne (IWMI) introduced WA+, a method combining remote sensing and digital dashboards for real-time, evidence-based planning. Dr. Gerald Corzo Perez (IHE Delft) presented case studies on AI-powered water management. The Ministry of Water Resources (MoWR) also took part in the event. Mr. Ghazwan Abdul Alamir, Deputy Director General, underlined the challenges facing the Hilla River and the importance of adopting sustainable technologies to ensure fair water distribution and basin resilience. The project team presented the concept and key components of the new initiative, followed by lively discussions around opportunities for collaboration and the project's long-term impact.

Signing the Implementation Agreement: A shared commitment to action

The highlight of the event was the signing of the official implementation agreement by H.E. Engineer Aoun Diab Abdullah, Minister of Water Resources, and Dr. Axel Klaphake, GIZ Iraq Country Director.

“This project is crucial,” stated Minister Diab. “We have faced major challenges with equitable water distribution in the Hilla River. This agreement reflects our commitment to implementing a more advanced, fair, and effective management system.”

Dr. Klaphake echoed the shared commitment: “Together with the Ministry of Water Resources, we aim to show how modern planning tools and evidence-based practices can transform water governance. We are proud to support this initiative on behalf of the German government.”

Project Goals and Expected Outcomes

Running from 2025 to 2027, the CWRM project focuses on four main areas:

• Improving water resources information systems: by upgrading monitoring tools and enhancing data management
• Strengthening capacities for climate-resilient planning using tools like AI and water accounting to support strategic allocation decisions
• Enhancing capacities by updating training programs at the Ministry, including specialised modules for women
• Reusing drainage water by assessing potential and preparing a pilot water reuse project

A dedicated session highlighted the role of women and youth in strengthening water resilience, with panelists from CWRM, SIWI, IHE Delft, UNESCO and the Water Diplomacy Center. Speakers stressed that women are both key water users and among the most affected by Iraq’s water challenges - making their involvement in decision-making essential.

To address this, the project will introduce targeted training for women at the Ministry of Water Resources, covering leadership, digital tools, mediation, early warning systems and climate awareness. By creating space for women and youth in shaping water solutions, the project supports more inclusive governance - and a more resilient future for all.