Ibn Tofail University has consistently demonstrated a strong commitment to advancing research on water, positioning itself as a national and regional leader in sustainable water management. Building on research, the university has developed innovative approaches to address critical water challenges, including wastewater treatment, water reuse, and the restoration of water bodies in arid regions. Through initiatives such as the Living Lab on the Kenitra campus, the Sidi Taibi potable water station, and the discovery and monitoring of Lake Iriki, Ibn Tofail University has integrated cutting-edge technologies, membrane filtration, renewable energy-powered water treatment, and subsurface irrigation, with practical, community-oriented solutions. These efforts not only contribute to the scientific understanding of hydrology and water resource management but also foster environmental sustainability, climate resilience, and educational opportunities, reflecting the university’s holistic approach to research, innovation, and social responsibility in the field of water.
OKEANO – Supporting the All-Atlantic Ocean Research and Innovation Alliance
The OKEANO project (2023–2026) aims to strengthen the All-Atlantic Ocean Research and Innovation Alliance (AAORIA) by building a long-term, sustainable international partnership that promotes transformative marine science and innovation benefiting Atlantic communities. Coordinated in Morocco by Ibn Tofail University, the project unites 15 international partners to advance SDG 14 (Life Below Water) and its links with SDGs 13 and 17. OKEANO supports AAORIA’s governance, fosters structured dialogue among stakeholders at all levels, and enhances capacity building, particularly for Early-Career Ocean Professionals. It also develops the All-Atlantic Strategic Research and Innovation Agenda, consolidates existing initiatives, and implements inclusive development programs. Key outcomes include shared indicators, data protocols, and governance frameworks that reinforce international collaboration and sustainable ocean stewardship.
Using remote sensing and geographic information systems to delineate suitable sites for artificial groundwater recharge: a multi-criteria decision-making approach
The project “Using Remote Sensing and Geographic Information Systems for Delineating Suitable Sites for Artificial Groundwater Recharge: A Multi-Criteria Decision-Making Approach” aims to develop advanced geoinformation methods and digital tools to enhance water resource potential in the context of climate change and water stress. Led by Professor Bouabid El Mansouri from the Department of Earth Sciences, Laboratory of Natural Resources and Sustainable Development at Ibn Tofail University, and conducted in partnership with the Institute of Information Science and Technology (CNR, Pisa, Italy), the project integrates GIS, remote sensing, and decision-making models to identify optimal sites for artificial groundwater recharge and promote sustainable water management practices.
SEBOU RIVER HYDROSYSTEM OBSERVATORY: O’SEBOU – SCIENCE, YOUTH, AND WATER GOVERNANCE
In response to the growing impacts of climate change, urbanization, and human pressures on natural environments, the O’SEBOU Observatory was established to monitor and protect water quality in Morocco’s Sebou River Basin, a vital hydrosystem facing significant socio-economic and ecological challenges. This initiative provides real-time, high-resolution data on the river’s physical, chemical, and biological conditions to support sustainable water management and early pollution detection. Combining continuous monitoring through multiparameter sensors, a mobile “Chemical House” for on-site chemical analysis, and isotopic monitoring to trace pollution sources and hydrological processes, the project enhances Morocco’s capacity to assess, manage, and preserve its water resources. Developed with national and international partners, O’SEBOU represents a key step toward integrated and climate-resilient water governance.
Expertise in scaling problems
This applied research project, conducted in partnership with the Office National de l’Électricité et de l’Eau Potable (ONEE), aims to address the issue of scaling in water systems by developing preventive and curative solutions through a pilot treatment process. The project focuses on adapting water supply systems to high-scaling water quality, implementing cleaning and regeneration techniques for clogged infrastructure, and developing specific treatments suited to Moroccan conditions. Scientifically and environmentally, it contributes to mastering innovative drinking water treatment technologies and optimizing system efficiency. Economically, it supports water security by ensuring a reliable supply of safe, high-quality drinking water that meets both WHO and Moroccan standards, thus strengthening national resilience in water management.
PRIMA-Safe-sustainable water reuse practices improving safety in agriculture, food, and the environment
The SAFE project (2022–2024), involving Ibn Tofail University and international partners, addresses water scarcity, climate variability, and land degradation in agriculture by improving irrigation water quality and promoting sustainable farming practices. It focuses on decentralized wastewater treatment using natural solutions, evaluating treated water reuse for crops, introducing biofertilizers like Trichoderma sp. for pest control, and assessing local biodiversity. The project aims to enhance food security, increase crop yields, preserve soil biodiversity, and support resilient, environmentally sustainable farming for small-scale farmers.
Establishment of a wastewater treatment, purification, and recycling station
The Ibn Tofail University Wastewater Treatment and Recycling Station (WWTP-Living Lab) was established to treat up to 500 m³/day of biodegradable wastewater, addressing suspended solids (MES), chemical oxygen demand (COD), and biological oxygen demand (BOD₅). The project aligns with the university’s sustainability commitment and Morocco’s national water strategy, advancing a “SMART CITY” vision while serving as a research and training platform. Using a third-generation membrane bioreactor (MBR-UF) combining aerobic biological treatment with ultrafiltration, the station enables zero liquid discharge by reusing treated water for campus irrigation and converting sludge into agricultural fertilizer. The facility includes pre-treatment, biological and membrane treatment, sludge dewatering, and odor control, ensuring water meets irrigation standards. In collaboration with INNARI, the innovative Mipotube subsurface irrigation system further conserves water, reduces evaporation, and addresses drought and pollution, exemplifying a circular economy approach and environmental resilience.
TOWARDS WATER AUTONOMY: UNIVERSITY INNOVATION AND TERRITORIAL IMPACT THROUGH THE WWTP AND SMART IRRIGATION
The project clearly aligns with research on water, focusing on the treatment, monitoring, and sustainable management of wastewater at Ibn Tofaïl University. It investigates advanced technologies such as Membrane Bioreactors (MBR), Sequential Batch Reactors (SBR), and UV disinfection, while tracking water quality indicators like COD, BOD₅, and TSS. The research emphasizes water reuse for irrigation through the innovative Mipotube system, contributing to efficient water management and the preservation of groundwater resources. Additionally, the project explores circular economy approaches, including sludge valorization and the use of recycled rubber in irrigation systems, integrating technological innovation with environmental sustainability. Overall, the initiative provides a comprehensive platform for applied water research, environmental protection, and resource optimization.
Morocco Showcases Circular Water Resilience at World Water Week 2025
From August 25–29, 2025, at World Water Week in Stockholm, Morocco highlighted its urgent response to national water scarcity, presenting circular water solutions under the theme “Water for Climate Action.” Central to this effort, Ibn Tofail University (UIT) in Kenitra showcased its Living Lab as a national model for academic and community-led water innovation. Launched in 2019, the lab treats 400–500 m³ of wastewater daily using membrane bioreactor (MBR) technology, with treated water reused through a subsurface irrigation system covering over 25% of campus green spaces, achieving a 70% reduction in potable water use. The facility integrates photovoltaic energy, IoT monitoring, and nature-based solutions, contributing to Sebou River protection and local climate regulation. Beyond technical innovation, the Living Lab serves as a training platform for students, municipal staff, and water professionals, linking research with real-world applications and fostering capacity for decentralized circular water management. UIT’s initiatives, including the Sidi Taïbi Hybrid Water and Energy Station, exemplify scalable, sustainable, and socially inclusive solutions, transforming wastewater into a resource, advancing Morocco’s circular water economy, and demonstrating the pivotal role of universities in driving climate-resilient water management.
Ibn Tofail University’s Commitment to Water Stress Challenges:Pioneering Solutions for Sustainable Water Management
On World Water Day, March 22, 2024, Morocco highlighted its leadership in addressing water stress, with Ibn Tofail University (UIT) at the forefront of national efforts in water, health, energy, agro-industry, and digital technology. UIT advances innovative solutions to water challenges, including a wastewater treatment pilot station for campus irrigation and a renewable energy-powered water treatment facility providing potable water to nearby communities. By integrating research, technology, and social responsibility, the university promotes sustainable water management while fostering peace and stability through collaboration between government, academia, and industry. Through its Center for Analysis, Expertise, and Technology Transfer, and 26 accredited laboratories, UIT drives applied research and R&D across key national priorities. These initiatives demonstrate UIT’s role as a critical contributor to Morocco’s environmental sustainability and water resilience.
Water Treatment Plant Combining Membrane Technology and Renewable Energy
In 2012, BELECTRIC France (photovoltaic energy production and storage) and FIRMUS France (membrane-based water treatment) partnered, with support from COMODOS (wind turbines), to establish a solar-powered membrane water treatment station in Morocco in collaboration with Ibn Tofail University. Installed in March 2014 at Lycée Al Anouar in Sidi Taïbi, the station provides potable water for approximately 2,000 students (later expanded to 4,000 in 2021) and supplies surplus electricity to make the school energy-autonomous. The water treatment system uses nanofiltration, with potential future upgrades to reverse osmosis and electrodialysis, coupled with electrochemical disinfection, producing safe water low in nitrates and minerals. The facility also functions as a research and training platform for local students and teachers.
The renewable energy setup includes 158 thin-film photovoltaic panels generating 50 MWh/year, a 40 kWh gel-lead battery storage system, and a hybrid inverter system managing solar, wind, and stored energy. Complementing this, a 2.2 kW vertical-axis wind turbine produces 2,000–4,000 kWh/year. The system achieves efficient energy use, with a treatment energy consumption of only 0.2 kWh/m³, demonstrating a successful integration of renewable energy and advanced water treatment for sustainable, autonomous operation.
Creation of the National Thematic Institute for Scientific Research on Water: A Key Step Forward
The establishment of the National Thematic Institute for Scientific Research on Water represents a major step in Morocco’s efforts to address water scarcity and climate-related challenges. By pooling expertise, resources, and research initiatives nationwide, the institute fosters interdisciplinary collaboration among scientists, engineers, and policymakers. Its research priorities include sustainable water management technologies, climate impacts on water availability, wastewater treatment and reuse, and equitable water distribution policies. The institute aims to translate scientific research into actionable strategies, serve as a hub for national and international partnerships, and provide opportunities for young researchers. This initiative positions Morocco as a regional leader in water research, promoting innovation, sustainable development, and the protection of vital water resources for future générations.
Hackathon 2nd Edition : Nexus Water Energy
On November 7–8, 2024, Ibn Tofail University hosted the second edition of Hack@UIT, a national hackathon focused on innovative water solutions powered by renewable energy. Supported by funding partners IRESEN and Crédit Agricole du Maroc, the event encouraged students to develop projects addressing water scarcity through sustainable, green energy technologies. The final, held on November 8, 2024, showcased high-quality student innovations in water resource management, with participation from the university president, vice-president, general secretary, and other notable figures. The hackathon highlighted Morocco’s commitment to fostering entrepreneurship, technological development, and sustainability by combining academic creativity with financial and technical support from major national institutions.
International cooperation in the field of water treatment with Canadian institution Cégep of Saint-Laurent
On November 8, 2024, Ibn Tofail University hosted a delegation from Canada’s Cégep de Saint-Laurent to strengthen international collaboration in water treatment. The visit focused on exchanging expertise, fostering joint research initiatives, and developing innovative solutions for sustainable water management. This partnership aims to combine the academic and technical strengths of both institutions, promoting student and faculty exchanges, workshops, and the implementation of advanced water treatment technologies, reinforcing UIT’s role as a leader in sustainability and applied water research.
Where There’s Water, There’s Life: The Revival of Lake Iriki and the Promise of Scientific Discovery at Ibn Tofail University
On September 17, 2024, Ibn Tofail University, in collaboration with NASA, confirmed the remarkable return of water to Lake Iriki, which had been dry for over fifty years. Using Sentinel satellite imagery, the university’s research team identified significant water accumulation, later validated by NASA’s Terra satellite. The discovery not only revises local ecological understanding but also highlights Morocco’s contribution to global scientific research. Beyond its environmental significance, the lake’s revival offers opportunities for studying ecosystems, biodiversity restoration, and sustainable development, aligning with the UN’s goals on water monitoring. This achievement underscores Ibn Tofail University’s leadership in environmental research and positions it as a hub for innovative water studies in challenging climates.