This book provides a holistic understanding of the correlation between soluble uranium and water quality parameters, presenting the intricate dynamics that govern uranium solubility in diverse water systems. Uranium, one of the most prevalent and significant radioactive isotopes, has gained considerable attention due to its complex behavior in aquatic environments. Despite its importance, the solubility of uranium remains a critical enigma, intricately tied to the dynamic interplay between water chemistry and uranium interactions with water. The water qualityuranium solubility nexus addresses this concern, providing a comprehensive exploration of the factors influencing uranium solubility in water, integrating both natural and anthropogenic influences. It consolidates essential information in one place, making it an invaluable resource for researchers, policymakers, education, and industries involved in environmental science and water management. Through a systematic and forward-looking approach, this book highlights key research directions and provides a critical foundation for future studies. This book serves as a crucial reference for understanding and mitigating the challenges associated with uranium contamination in water, benefiting scientists, environmental experts, and anyone concerned with water quality and safety.

Summarizes uranium as one of the radioactive elements currently being studied for water quality worldwide Discusses the impact of soluble uranium on water potability for water suppliers and other environmental impacts Highlights significance of hazards associated with high uranium, aiding policymakers in future risks and water quality

Autorentext

Dr. Manoj Kumar Jindal is an active researcher who has completed a Ph.D. in Applied Chemistry and is currently focusing on environmental chemistry/science research, particularly in the fields of water and radiation, including water quality, quantity, sustainability, and water chemistry. He has worked on the uranium–water nexus. He has over ten years of experience in research and teaching. Presently, he works as a researcher at the Center for Sustainable Drinking Water, IITJ-Jal Jeevan Mission at the Indian Institute of Technology, Jodhpur (IITJ), Jodhpur, Rajasthan, India. Previously, he worked at the Divecha Centre for Climate Change, Indian Institute of Science (IISc), Bangalore, India, for two years and at IIT Bhilai for 3.5 years. He has authored over 35 research publications in indexed journals. He is also the author/editor of five books and numerous book chapters. He serves as a reviewer for many journals and book proposal.

Dr. Kiran Patni is an assistant professor in the Department of Chemistry at Graphic Era Hill University, Bhimtal Campus, Uttarakhand, India. She received her Ph.D. in Chemistry from Kumaun University, Nainital, Uttarakhand, India. Her Ph.D. research focused on the spatial distribution of uranium and other water quality parameters that affect the suitability of water for drinking purposes. Dr. Patni’s research interests include water quality assessment, water pollution control, and water resource management. She has published several research papers and book chapters in peer-reviewed journals and has presented her work at national and international conferences. Dr. Patni is a dedicated and passionate teacher. She is committed to providing her students with high-quality education and preparing them for careers in environmental science and water resource management. She is also actively involved in outreach activities and public education programs to raise awareness of water quality issues and promote sustainable water management practices.

Inhalt

Understanding Uranium and its Ionic Forms.- Water Quality and Its Diverse Sources.- The Crucial Link: Why Water Quality and Uranium Solubility Matter.- Impact of pH on Uranium Solubility.- Temperature Influence on Uranium Solubility.- Dissolved Oxygen and Its Role in Uranium Solubility.- Redox Potential: A Key Player in Uranium Fate.- Effect of Salinity on Uranium Solubility.- Organic Matter: Friend or Foe to Uranium Solubility.- Impact of Physicochemical Parameters on Uranium Mobility and Solubility in Water.- An overview on the effect of Heavy Metals, Microorganisms, and Radioactive Elements on Uranium Solubility.- Unveiling the Chemistry Behind Uranium Solubility and Interfering Agents.- Exploring Uranium Solubility in Freshwaters (Groundwater & Surface Water).- Unveiling Uranium Behavior in Polluted Water: Seawater, Wastewater, and Industrial Water.- Water Chemistry Influence on Uranium Solubility Across Diverse Water Systems: A Comparative Study.- Understanding the Combined Effects of Multiple Water Quality Parameters.- Natural and Anthropogenic Factors: Shapers of Soluble Uranium Levels.- Implications for Uranium Transport and Remediation Strategies.- Emphasis on real-world application: Uranium Solubility in Real-World Samples: A Global Report.- Water QualityUranium Solubility Nexus: Integrated Approaches, Challenges, and Future Directions.