About
Lines of Research
Highlights
Collaborations
Publications
Our Team
About
Securing freshwater resources is one of the formidable challenges of our time. Water security if one of the major security concerns for the United Arab Emirates (UAE). Lack of renewable freshwater resources, declining groundwater table, rising cost of energy-intensive desalination processes, climate change impact, and infrastructural challenges pose a significant threat to the social and economic wellbeing of the country. Securing water for current and future generations are of paramount importance. Addressing these challenges through research and development helps to develop clean and efficient technologies, identify new pollutants and methods to deal with them and conserve dwindling groundwater resources.
Desalination Research Group (DRG) is a new launched group under Research Institute of Science and Engineering (RISE) at University of Sharjah that is focusing on enhancing the sustainability of water resources in UAE by providing scientific and technological solutions for energy-efficient water desalination.
Mission Statement
The mission of DRG is to develop water technologies and materials that have positive environmental and economic impacts on UAE particularly and worldwide globally. To achieve this mission, a research infrastructure will be developed to conduct basic, applied and advanced research in the areas of water desalination.
Objectives
To mission of DRG will be interpreted through the four strategical objectives:
- Characterize and assess water resources in UAE, mainly, groundwater and seawater. This work will be conducted with help of Water Research Group under RISE. In this regard, seawater samples will be collected from different locations of costal sites in UAE. The collected seawater samples will be analyzed using different techniques to assess the level of dissolved and undissolved matters in seawater. After this analysis, the materials and process development researchers will work to identify the best cost effective materials and technologies to remove the identified pollutants and contamination.
- Design and fabricate novel efficient cost effective materials with improved properties and performance for water desalination. Three types of materials will be developed; a) polymeric and ceramic membranes for pre- and post-seawater treatment applications; b) adsorbents for pre- and post-treatment applications; and c) metal coatings to enhance the top boiling temperature (TBT), possessing higher corrosion resistance and enhanced anti-scaling property for thermal desalination.
- Design and develop processes for saline water desalination by optimizing the current thermal and RO processes to reduce the energy consumption. In addition, hybrid desalination systems such as solar and nuclear thermal energy systems will be used to desalinate seawater.
- Develop disruptive technologies for water desalination. New technologies will be developed for seawater desalination by taking into consideration three factors namely; energy consumption, production rate of distilled water, and cost.
Priority Lines of Research
The DRG research group members are engaged in interdisciplinary research focused on the following three the priority lines of research:
The research work under this group will be divided into four pillars:
Pillar 1: Membrane Desalination
Pillar 2: Thermal Desalination
Pillar 3: Electrochemical Desalination
Pillar 4: Materials
Pillar 5: Energy
Lines of Research
The DRG research group members are engaged in interdisciplinary research focused on the following three the priority lines of research:
The research work under this group will be divided into four pillars:
Pillar 1: Membrane Desalination
Pillar 2: Thermal Desalination
Pillar 3: Electrochemical Desalination
Pillar 4: Materials
Pillar 5: Energy
Research
Prof. Abdallah Shanableh
- Development of Greywater Reuse Policy and Procedures for Sharjah, UAE, University of Sharjah & Sharjah Electricity & Water Authority, 430,000 AED
- Reuse of Treated Effluent from Al-Saja'a Wastewater Treatment Plant, Sharjah, UAE, University of Sharjah, Sharjah Research Academy & QATRA Company , 996,000 AED
Pof. Khalil Abdelrazek
- Synthesis of Electrospun Nanofibers and its Various Applications), 40,000 USD/Year, 2014:2016. King Saud University, Saudi Arabia.Consultant, " Fabrication of Advanced Cardiac Patch Using a Novel Silk Fibroin/Poly (ethylene oxide)
- Composite Loaded with Piezoelectric Material" Grant funded by National Plan for Science, Technology and Innovation (MARRIFAH), King Abdulaziz City for Science and Technology, Kingdom of Saudi Arabia, Award Number, (15-BIO4042-02). (1,826,490 RS, = 490,000 USD)
Prof. Tahar Laoui
- Tahar Laoui (CI), Multi-Scale Design of Next Generation Reverse Osmosis (RO) Membranes for Seawater Desalination, Joint Research Collaboration between KFUPM and MIT (USA) - Mechanical Engineering Departments, Project No. CW-5, funded by KFUPM, 2009-2014.
- Tahar Laoui (PI), "Novel Nanostructured Membranes for Seawater Desalination", Joint Research Collaboration between KFUPM and MIT (USA) - Mechanical Engineering Departments, Project No. R10-CW-09, funded by KFUPM-MIT Collaboration Center, Sept 2009 – Aug 2016.
- Tahar Laoui (PI), "Development of ceramic-based membranes reinforced with bare/modified carbon nanotubes for water treatment applications", funded by National Science, Technology and Innovation Plan (NSTIP)-KACST, Project No.13-ADV2184-04, Sept 2015 – Feb 2018, Budget: 1,923,859 SAR
- Tahar Laoui (PI), "Synthesis and Characterization of Micro and Nano Carbon Materials Coated with Polyelectrolyte for Removal of Heavy Metals from Water", funded by National Science, Technology and Innovation Plan (NSTIP)-KACST, Project No. 13-ADV161-04, March 2014 – Aug 2017, Budget: 1,814,800 SAR2
- Treatment of water contaminated with MTBE by Photo-TiO2 and Carbon Nanotubes (CNTs) NSTIP, Saudi Arabia, 200,000 US$, 2010
- Removal of Phenolic Compounds from Water using Carbon Nanotubes and Activated Carbon Materials, KACST, Saudi Arabia, 150,000 US$ , 2012
Dr. Chaouki Ghenai
- Solar Absorption Air Conditioning System in Sharjah, Sharjah Energy and Water Authority , 98,000 AED, November 2017Renewable and Alternative Fuels (Biodiesel and Biogas) from UAE
- Plants: Production Enhancement and Combustion Improvement using Nanoparticles, University of Sharjah and Sharjah Research Academy AED 400,000, Nov. 2017,
Dr. Bassam Khuwaileh
- Surrogate-Bayesian based Uncertainty Analysis for Severe accidents in APR-1400 Reactors, International Atomic Energy Agency 20,000 $, May, 2020.
Highlights
DRG will provide the following services:
- Consultancy for the governmental and private water sectors
- Service center for desalination water quality
- Organization of local and international workshops, seminars and conferences
- Public awareness about the water scarcity in UAE and globally
- Offering tailored professional training courses designed to support practicing engineers and professionals
- Offering short courses on water and energy
- Participating actively in professional societies
- Producing design guidelines, manuals, and other support material related to UAE
- Transferring technological information to the scientific and engineering communities.
- Publishing a periodical summarizing news development and technologies in the area of water desalination