Sustaining Research Project VII - Work Package 2:

Environmental Monitoring Studies for the Arabian Gulf using Passive Samplers and Biomarkers

Environmental Monitoring Studies for the Arabian Gulf using Passive Samplers and Biomarkers
IMG - Environmental Monitoring Studies for the Arabian Gulf using Passive Samplers and Biomarkers

In Work Package 2 of the Sustaining Research Project – Phase VII, passive samplers and biomarkers will be investigated to monitor the status of water quality of Saudi Arabian Gulf water. Contaminants, natural and anthropogenic in origin, are released into the environment and water bodies through a variety of means. Many of these elements and compounds are toxic and bio-accumulative in nature, and can persist for long periods in the environment. ’Spot’ sampling, taking water samples for laboratory analysis at specified times, is the most widely used method for monitoring of contaminants. However, the ‘spot’ water sampling technique has many drawbacks. Primarily, ‘spot’ water sampling provides a ‘snapshot’ of the environment at the time of sampling and may miss point source impacts or seasonal and spatial changes in water composition. As an alternative, passive samplers (PS) are novel that offers the chance to estimate dissolved water concentrations of contaminants at very low concentrations (sub ppb) over long timescales, which can take into account point source impacts and temporal and spatial trends. They are simple to deploy and have been found to be robust in the environment. Extraction and analysis of these devices has also proven to be a straight forward procedure, with the use of performance reference compounds providing in-situ calibration. Finally, the long-term dissolved water concentrations of contaminants provided by PS technology can be used as an important tool in understanding the status of the marine environment. Besides, biomarkers such as metallothionein induction and Comet assay have been received special attention for biomonitoring of ecotoxicological impact of pollutants. By combining passive sampling and biomarkers, an integration of exposure and effects-based monitoring can be attained. This seminar will illustrate the scope of work, and research plan for this Sustaining VII work package.

Mazen K. Nazal

Dr. Mazen K. Nazal

Research Scientist II

King Fahd University of Petroleum and Minerals (KFUPM)

Dr. Mazen Nazal is a Research Scientist II (Associate Professor) in the Center for Environment & Marine Studies (CEMS), Research Institute at King Fahd University of Petroleum & Minerals (KFUPM) Dhahran, Saudi Arabia. Dr. Nazal got his Ph.D. in Chemistry specializing in Analytical and Environmental Chemistry in 2016 from King Fahd University of Petroleum and Minerals (KFUPM). He received his MSc. and BSc. degrees in Chemistry from The University of Jordan, Jordan in 2003 and 2006, respectively. Dr. Nazal has more than 10 years’ experience in analytical related research and teaching at research laboratories, industries and universities. Dr. Nazal joined the Research Institute at KFUPM in 2016. As a Research Scientist II, and the chemistry group leader his research interests are focused on the development of efficient and selective materials and methods for removal of pollutants (e.g. organic sulfur compounds, polycyclic aromatic hydrocarbons, phenolic compounds, pesticides, polychlorinated biphenyls, heavy metals, etc.) from aqueous matrices for water treatment. In addition, employing these materials for extraction and enrichment of analytes of interest in environmental samples prior to their instrumental analysis. Additionally, he is interested in studying and monitoring the water, soil and sediment quality. Dr. Nazal is member of a number of professional societies. He has published more than 40 research papers in refereed ISI journals and 9 patents registered in the US patent office. He attended and participated in many international conferences. He has participated in writing of many technical reports and research proposals.

Wednesday - April 06, 2022
10:00 AM (KSA Time GMT+3)
Organized by
ARC for Environment & Marine Studies