Sneha Gautam – författare

Bow Ties in Process Safety and Environmental Management: Current Trends and Future Perspectives aims to combine the process safety aspects and the potential dangers to the ecology including the source of the contamination, and especially, the unbalanced utilization of toxic chemicals in process industries. It also covers a broad spectrum of industrial process safety, environmental pollution factors, dangers to land, water, air and living species, remediation technologies (traditional and futuristic approaches), pollutant degradation through numerical modelling, and physicochemical characteristics of the chemicals and their thermal analysis. It also provides the mandated safety data sheets already available and suggestions for the improvement of industrial specifications. Discusses detailed aspects of process safety and environmental impact from a theoretical and practical perspective Covers detailed procedures of environmental modeling concepts Explores forensic investigation sequences during the incident Proposes futuristic approaches towards risk assessment and management Includes real-time case studies with complexities and solutions This book is written for researchers, graduate students, and professionals involved in chemical engineering, environmental engineering, and process safety engineering.

Bow Ties in Process Safety and Environmental Management: Current Trends and Future Perspectives aims to combine the process safety aspects and the potential dangers to the ecology including the source of the contamination, and especially, the unbalanced utilization of toxic chemicals in process industries. It also covers a broad spectrum of industrial process safety, environmental pollution factors, dangers to land, water, air and living species, remediation technologies (traditional and futuristic approaches), pollutant degradation through numerical modelling, and physicochemical characteristics of the chemicals and their thermal analysis. It also provides the mandated safety data sheets already available and suggestions for the improvement of industrial specifications. Discusses detailed aspects of process safety and environmental impact from a theoretical and practical perspective Covers detailed procedures of environmental modeling concepts Explores forensic investigation sequences during the incident Proposes futuristic approaches towards risk assessment and management Includes real-time case studies with complexities and solutions This book is written for researchers, graduate students, and professionals involved in chemical engineering, environmental engineering, and process safety engineering.

Air Quality Monitoring and Management Using Sensors, Volume Nine offers a comprehensive overview of the latest advancements in air pollution monitoring technologies. With contributions from leading experts, the book discusses sensor innovations, data analysis, and practical applications. It addresses the needs and challenges of air pollution monitoring and management, highlighting recent progress in calibration and validation of sensors, and the use of portable and wearable devices for personal exposure monitoring and indoor air quality assessment.Sections explore remote sensing techniques, smart sensor networks integration, IoT applications, and advanced data analysis tools for tackling air pollution. It covers sensor applications for detecting pollutants such as nitrogen oxide, carbon monoxide, and particulate matter. Additionally, it examines emission control technologies and the development of detection systems for various pollutants, including sulfur oxide and nitrogen oxide. Future trends and successful case studies showcase the implementation of these sensors in environmental monitoring and remediation efforts.Members of the Royal Meteorological Society are eligible for a 35% discount on all Developments in Weather and Climate Science series titles. See the RMetS member dashboard for the discount code.Provides a thorough exploration of air pollution sensor innovations, monitoring technologies, and real-world applicationsExamines the latest advancements in sensor technologies and data analysis methodsOffers readers insight into cutting-edge tools and techniques for accurate and efficient air quality assessmentPresents a multidisciplinary understanding of air pollution dynamics, including environmental science, atmospheric science, chemistry, and engineering

Blue Sky, Blue Water is a timely and comprehensive resource that explores the dynamic intersection of air pollution, climate resilience, and water governance in the 21st century. This scholarly book brings together cutting-edge research, case studies, and innovative strategies aimed at promoting environmental sustainability and public health. Spanning 18 chapters, it offers both conceptual and real-world perspectives across diverse regions and scientific disciplines.Key themes covered in this volume include an in-depth analysis of air pollution’s health effects, microplastic risks, climate extremes, and advanced wastewater treatment techniques such as nanotechnology and blockchain-based governance. This book also highlights the value of traditional knowledge and community-based water conservation, bridging science with practice. Readers will benefit from multidisciplinary insights and practical recommendations for sustainable policy-making and environmental stewardship.This book is an essential resource for researchers, environmental scientists, policymakers, urban planners, and students of environmental studies and public health. Its broad thematic coverage and global relevance make it suitable for academic institutions, government agencies, and non-governmental organizations focused on creating a sustainable and equitable future.

This book provides a detailed exploration of bioaerosols in indoor environments, focusing on their sources, transport mechanisms, health implications, and mitigation strategies. It encompasses the biology, physics, and chemistry of bioaerosols, their interaction with indoor environments, and their influence on human health. It examines the role of heating, ventilation, and air conditioning (HVAC) systems, regulatory frameworks, and emerging technologies in understanding and controlling indoor air bioaerosols. It underscores the importance of proactive bioaerosol management in diverse indoor settings.Provides a detailed explanation of bioaerosol transport and mitigation strategiesPromotes a comprehensive interdisciplinary approach integrating science, engineering, and public healthReviews case studies and examples, including real-world applications in healthcare, schools, and residential spacesDiscusses up-to-date advancements in air purification technologies and HVAC systemsIncludes ancillary materials such as end-of-chapter problems, solutions, lecture slides, and downloadable figuresThis book is aimed at senior undergraduates, graduate students, researchers, and professionals in air quality, aerosols, and bioaerosols.

Environmental Monitoring with AI and IoT: Smart Systems for a Sustainable Future aims to provide a comprehensive understanding of how modern technologies like Artificial Intelligence (AI) and the Internet of Things (IoT) revolutionize environmental monitoring. It bridges the gap between traditional environmental assessment methods and advanced, technology-driven approaches to enhance efficiency, accuracy, and scalability.This book emphasizes the practical application of AI and IoT in addressing pressing environmental challenges, such as air, water, and soil quality monitoring, while aligning with sustainability goals. The scope of this book is vast, covering both foundational concepts and advanced methodologies in environmental monitoring. It includes essential topics like sensor technologies, AI techniques for data analysis, IoT communication protocols, and ethical considerations in environmental monitoring. Real-world case studies and practical examples make the content relatable and actionable.Students, instructors, and professionals will benefit from the insights into creating and deploying smart environmental systems capable of addressing diverse challenges, from urban air quality management to disaster prediction and response. Students will find the content highly accessible and aligned with academic and industrial requirements, while instructors will appreciate its structured approach to teaching these cutting-edge topics.

Environmental Monitoring with AI and IoT: Smart Systems for a Sustainable Future aims to provide a comprehensive understanding of how modern technologies like Artificial Intelligence (AI) and the Internet of Things (IoT) revolutionize environmental monitoring. It bridges the gap between traditional environmental assessment methods and advanced, technology-driven approaches to enhance efficiency, accuracy, and scalability.This book emphasizes the practical application of AI and IoT in addressing pressing environmental challenges, such as air, water, and soil quality monitoring, while aligning with sustainability goals. The scope of this book is vast, covering both foundational concepts and advanced methodologies in environmental monitoring. It includes essential topics like sensor technologies, AI techniques for data analysis, IoT communication protocols, and ethical considerations in environmental monitoring. Real-world case studies and practical examples make the content relatable and actionable.Students, instructors, and professionals will benefit from the insights into creating and deploying smart environmental systems capable of addressing diverse challenges, from urban air quality management to disaster prediction and response. Students will find the content highly accessible and aligned with academic and industrial requirements, while instructors will appreciate its structured approach to teaching these cutting-edge topics.

Water contamination is a pressing global concern, impacting public health, ecosystems, and economic development. This edited volume presents cutting-edge advancements in chemical and biological strategies for identifying, analyzing, and eliminating contaminants from water systems. It covers topics ranging from micro- and nanoplastics, engineered bacteria, fluorescent sensors, and supramolecular chemistry to AI-driven monitoring tools and nano-photocatalysis.The book is structured to provide a holistic understanding of emerging pollutants—such as pharmaceuticals, endocrine disruptors, microplastics, and heavy metals—and advanced solutions tailored for both urban and rural water treatment systems. With inputs from interdisciplinary experts, this book bridges the gap between academic research and practical implementation, offering guidance to researchers, engineers, policymakers, and students.

A rigorous blueprint for designing, monitoring, and governing cleaner urban atmospheres with engineering-first precision Engineering Air Quality Solutions: Measurement, Control, and Infrastructure Innovations by Sneha Gautam and Ajay Taneja offers up-to-date solutions for many of the hardest problems at the nexus of pollution science, civil systems, and policy. Drs. Gautam and Taneja draw on their extensive expertise in environmental science to offer an authoritative playbook that spans sensors, models, materials, and regulatory practice. The result is a technically exacting guide to measuring, predicting, and reducing pollution across buildings, industry, and cities. Across nine tightly edited chapters, the book progresses from problem framing to implementation: the health and infrastructure stakes of polluted air, the climate-air nexus and design responses, remote and ground-based monitoring architectures, high-performance ventilation and IAQ engineering, pollution-resistant materials, CFD and data-driven dispersion modeling, AI/IoT for smart-city control loops, industrial emissions engineering, and compliance with global regulatory standards. Each chapter combines methods, algorithms, and case evidence, culminating in a practitioner-ready set of tools you can deploy today in planning, design, and operations. The book also: Quantifies climate impacts on urban pollutant behavior, including heat islands, weather variability, and risk from extreme events, and translates them into infrastructure design criteriaCompares satellite, UAV, and ground networks, specifies deployment strategies, and applies AI/ML to automate QA/QC and interpretation at scaleDelivers IAQ engineering guidance, like filtration and air exchange design to smart building telemetry, grounded in material emissions and real-time controlDetails materials and technologies for passive and active mitigation, including photocatalytic coatings, nanomaterials, and green infrastructure performanceAligns engineering practice with global policy, addressing design for compliance, evidence-based standards, and governance frameworks that actually reduce exposuresEngineering Air Quality Solutions is perfect for civil, environmental, and transportation engineers, air-quality specialists, urban planners, infrastructure designers, and policy professionals who need technically defensible strategies that link sensing, modeling, and mitigation to measurable health and compliance outcomes. It will also benefit graduate researchers and advanced students seeking a definitive survey of relevant methods and implementations.

This volume uses aerosol optical depth (AOD) analysis through mapping and remote sensing techniques to derive the relationship between aerosols and hazardous precipitation events, primarily in the form of flooding.

This volume uses aerosol optical depth (AOD) analysis through mapping and remote sensing techniques to derive the relationship between aerosols and hazardous precipitation events, primarily in the form of flooding.

This volume explores the critical intersection of environmental sustainability and public health by exploring innovative approaches to address air pollution. With the ever-increasing global population and urbanization, air quality degradation has become a pressing concern, directly impacting the well-being of individuals and the planet. This comprehensive work synthesizes the latest research findings, policy insights, and technological advancements to offer a holistic perspective on mitigating air pollution while fostering sustainable development. The book begins by establishing a firm understanding of the multifaceted nature of air pollution, from its sources and composition to its effects on human health and the environment. Drawing on interdisciplinary research, it examines the intricate links between air quality, climate change, and societal well-being. "Sustainable Air" then shifts its focus to practical strategies and solutions, presenting a range of innovative approaches for reducing emissions, promoting clean energy sources, and enhancing urban planning to create livable, resilient communities. Through case studies and real-world examples, the book highlights successful initiatives from around the world, demonstrating how communities can transition to cleaner and more sustainable air quality standards. It also addresses the critical role of policy frameworks and international cooperation in achieving long-term air quality goals. Moreover, the book underscores the importance of public awareness and engagement, emphasizing the power of informed citizenry in advocating for cleaner skies and healthier environments. "Sustainable Air: Strategies for Cleaner Skies and Healthier Communities" provides a roadmap for policymakers, urban planners, researchers, and concerned citizens to collaboratively work towards a future where clean air and sustainable living are not only attainable but also synonymous with human progress. By promoting a balanced and harmonious relationship between society and the environment, this book aspires to inspire meaningful change, ultimately leading to improved air quality and well-being for generations to come.