Dr. Osamah is a highly accomplished and internationally recognized researcher in Environmental Engineering, specializing in the mitigation, transformation, and removal of emerging contaminants across complex environmental systems. Renowned for his innovative and solution-oriented approach, he stands among the leading young scientists in Iraq advancing sustainable technologies for pollution control and environmental protection. Dr. Osamah has established a strong academic reputation through pioneering research contributions that address critical global challenges related to water security, environmental health, and resource sustainability. His work integrates advanced materials science with environmental process engineering, positioning him at the forefront of interdisciplinary innovation.

Dr. Osamah has served as a peer reviewer and scientific Editors for numerous high-impact international journals, reflecting his authority and trust within the global academic community. He has authored and co-authored over 60 peer-reviewed publications in prestigious journals, with his research widely cited by scholars worldwide—demonstrating both influence and scientific impact. His research is particularly distinguished by its practical relevance, focusing on scalable and sustainable solutions that bridge the gap between laboratory research and real-world environmental applications. His contributions support global efforts toward sustainable development, climate resilience, and public health protection.

Widely regarded as an emerging thought leader in environmental sustainability, Dr. Osamah actively contributes to advancing scientific knowledge, mentoring future researchers, and promoting innovative engineering strategies for a cleaner and safer environment.

Core Research Expertise and Specializations
-Advanced and hybrid technologies for the removal of emerging contaminants
-Innovative water purification systems and quality enhancement techniques
Adsorption science and nanomaterial-based remediation technologies
-Sustainable treatment of municipal and industrial wastewater
-Waste valorization and circular economy approaches using agro-industrial residues
-Design and application of activated carbon, biochar, and functional materials
-Environmental health risk assessment and exposure analysis
-Urban and industrial dust contamination assessment
-Monitoring and control of fine particulate matter (PM₁ and PM₂.₅)
-Fate, transport, and impact of polycyclic aromatic hydrocarbons (PAHs)