Innovative Water Treatment Strategies (Hardcover, 1)

1: Tackling Recalcitrant Pollutants with Advanced Technologies? 2: Innovations in Activated Granular Sludge Systems for Advanced Wastewater Treatment??3: Membrane Bioreactors: Integrating Filtration and Biodegradation for Pollutant Removal? 4: Harnessing Anaerobic Digestion for Efficient Pollutant Breakdown and Energy Recovery??5: Anaerobic-Aerobic Sequencing Batch Reactors: A Synergistic Approach to Recalcitrant Pollutant Removal??6: Innovative Microbial Fuel Cells: Electrochemical Solutions for Recalcitrant Pollutants??7: A Review on Photon-based Wastewater Treatment as a Scalable and Sustainable Treatment Process? 8: Ultrasound and Beyond: Sound Wave Innovations for Efficient Persistent Organic Pollutant Removal 9: Ozonation in Water Treatment: A Powerful Tool for Tackling Hard-to-Degrade Pollutants??10: Metal Organic frameworks as functionalised hybrid materials: Advanced adsorption, Photocatalysis and environmental perspectives??11: Chemo-Catalytic Technologies: Transforming Pollutants through Advanced Chemical Process 12: Integrating Sustainable Development Goals in Pollutant Mitigation Strategies: A Holistic Approach??13: Life cycle assessment in desalination process management: Evaluation of pollution Mitigation? ?14: From Theory to Practice: A Systematic Review of Life Cycle Assessment Methodologies for Municipal Solid Waste Management in the Context of Sustainable Development Goals 15: Future Perspectives and Conclusion

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Between the Forest and the Road : The Waorani Struggle for Living Well in the Ecuadorian Oil Circuit (Paperback)

The Lost Empire of Emanuel Nobel : Romanovs, Revolutionaries, and the Forgotten Titan Who Fueled the World (Paperback, Local Edition)

Embargo : The 1973 Oil Crisis That Changed the World (And What We Can Learn from It Now) (Hardcover)

Ozone in Drinking Water Treatment : Process Design, Operation, and Optimization (Hardcover, 2 ed)

0. Front Matter.?1.????????????? Introduction.?2.????????????? Concepts and Terminology.?3.????????????? Water Quality and Treatment Objectives.?4.????????????? Oxidation By-Products and Mitigation.?5.????????????? Preliminary Design and Planning.?6.????????????? Oxygen Feed Gas Supply.?7.????????????? Ozone Generation.?8.????????????? Ozone Dissolution System.?9.????????????? Ozone Contactor.?10.?????????? Ozone Off Gas Destruction.?11.?????????? Ozone Process Control and Optimization.?12.?????????? Process Measurements.?13.?????????? Startup Considerations, Training and Maintenance.?Appendix A. Ozone Definitions.?Appendix B. Ozone Calculations and Conversion Factors.?Appendix C. Contactor Modeling Example.?Appendix D. Indigo Trisulfonate Colorimetric Ozone Residual Measurement.?Appendix E. Ozone Gas Wet Chemistry Procedure.

Mediating Industrial Change : Discourses of De-Industrialisation from Northern Britain and Eastern Germany (Hardcover)

1. Why (De)industrialisation Matters for Communication and Media Studies?Part 1. Public Constructions of (De-)Industrialisation?2. The Watt-Gorger: Creating Public Energy Knowledge in the Early German Democratic Republic;?3. From Capital to Coalfield: Revisiting ‘Darkest England’;?4. Do Extremist Miners Threaten Public Welfare? A Study on the Bourgeois Press Coverage of the British and German Coal Strikes in 1912;?5. On the Structural Change of ‘Strukturwandel’ in Media Discourse: The Discursive Transformation of a Key Concept in the Case of Lusatia;?6. Lusatia as a Laboratory for the Future? Depictions of Lusatia’s Regional Future in Media Discourse during the Coal Phase-Out Debate;?7. External Gazes, Local Self-Perception: Mediated Marginality and (De-) industrialisation in the Mini-Series?Lauchhammer ? Death in Lusatia?(2022);?8. Life on the Dole: Resisting Stigma Through Social Memory in Post-Industrial Newcastle-upon-Tyne?Part 2. Perceptions of (De-)Industrialisation?9. Hollow Centres: Exploring the (Lack of) Post-Industrial Community;?10. ‘There Used to Be a Mine, It Was Shut Down’: an Exploration of the Lasting Impacts of Pit Closure;?11. What is an Alternative? Examining the Effects of Political Frustration in Three East German (Post-)Industrial Towns;?12. Invisible Labour: AI, Migrant Labour and the Racialised Political Economy of Platform Capitalism;?13. Cultural Trauma and Migration in Post-1990 East Germany: Remembering Deindustrialisation and the Intensification of Racist Exclusion in Elder Care;?14. Gender in Transition ? Structural Change and Regional Development in East Germany: The Case of Lusatia;?15. Caring for the Ruins of the Industrial Past: Women as Community-Builders and Working Wives and Mothers in England’s Industrial North;?Index

Artificial Intelligence for Sustainable Water Engineering : A Socioeconomic Perspective (Hardcover)

Chapter 1. AI and Sustainable Water Economics?An Introduction. Chapter 2. AI in Agriculture Water Use: Economic Impacts and Efficiency Gains. Chapter 3. Water, Climate Change, and Economic Resilience: A Data-Driven Perspective. Chapter 4. AI for Green Economic Planning and Risk Reduction. Chapter 5. Evaluating the Socio-Economic Impact of Water Scarcity using Artificial Intelligence. Chapter 6. AI in Public Policy for Water and Climate Governance. Chapter 7. Digital Transformation and Economic Innovation in the Water Sector in the MENA Region. Chapter 8. Challenges and opportunities for AI in Emerging Economics. Chapter 9. AI in Agricultural Water Use: Economic Impacts and Efficiency Gains. Chapter 10. Evaluating the Socio-Economic Impacts of Water Scarcity Using AI. Chapter 11. AI in Public Policy for Water and Climate Governance. Chapter 12. Digital Transformation and Economic Innovation in the Water Sector. Chapter 13.? Challenges And Opportunities for AI in Emerging Economies. Chapter 14. Artificial Intelligence for Prediction Models in Water Engineering. Chapter 15. AI Applications in Water Treatment for Optimization and Automation. Chapter 16. AI to serve hydrological and water resources management. Chapter 17. Climate-Resilient infrastructure and Smart Cities

Temporal and Spatial Dynamics of Water Resources : Impacts on Natural Hazards (Paperback)

Chapter 1. Introduction to Water Resource Dynamics and Natural Hazards. Chapter 2. Historical Trends in Water Resource Changes and Natural Hazards. Chapter 3. Intensifying Climate Changes and Its Impact on Water Resources. Chapter 4. Unsustainable Impacts of Spatial Variability of Water Resources. Chapter 5. Unsustainable Impacts of Temporal Variability of Water Resources. Chapter 6. Modelling Temporal and Spatial Changes in Water Resources. Chapter 7. Case Studies of Water Resource Changes and Associated Natural Hazards. Chapter 8. Hazardous Impact of Urbanization on Water Resources. Chapter 9. Strategies for Managing Water Resources in Arid Regions and Controlling Natural Hazards. Chapter 10. Innovations in Water Resource Monitoring for Natural Hazard Management. Chapter 11. Agricultural Water Use and the Challenges of Natural Hazards. Chapter 12. Industrial Water Use and the Risks of Natural Hazards. Chapter 13. Policy Frameworks for Managing Water Resources in the Face of Natural Hazards. Chapter 14. Hazardous Socio-Economic Impacts of Water Resources Changes. Chapter 15. Flood Risk and Water Resource Dynamics. Chapter 16. Drought Management and Water Resources. Chapter 17. Dynamics of Groundwater vs. Surface Water and Natural Hazards. Chapter 18. Natural Hazard Assessment through Remote Sensing Applications in Water Resource Monitoring. Chapter 19. Natural Hazard Mitigation through Integrated Water Resource Management. Chapter 20. Natural Hazard Implications in Future Challenges of Water Resources Management

Temporal and Spatial Dynamics of Water Resources : Impacts on Natural Hazards (Hardcover)

Chapter 1. Introduction to Water Resource Dynamics and Natural Hazards. Chapter 2. Historical Trends in Water Resource Changes and Natural Hazards. Chapter 3. Intensifying Climate Changes and Its Impact on Water Resources. Chapter 4. Unsustainable Impacts of Spatial Variability of Water Resources. Chapter 5. Unsustainable Impacts of Temporal Variability of Water Resources. Chapter 6. Modelling Temporal and Spatial Changes in Water Resources. Chapter 7. Case Studies of Water Resource Changes and Associated Natural Hazards. Chapter 8. Hazardous Impact of Urbanization on Water Resources. Chapter 9. Strategies for Managing Water Resources in Arid Regions and Controlling Natural Hazards. Chapter 10. Innovations in Water Resource Monitoring for Natural Hazard Management. Chapter 11. Agricultural Water Use and the Challenges of Natural Hazards. Chapter 12. Industrial Water Use and the Risks of Natural Hazards. Chapter 13. Policy Frameworks for Managing Water Resources in the Face of Natural Hazards. Chapter 14. Hazardous Socio-Economic Impacts of Water Resources Changes. Chapter 15. Flood Risk and Water Resource Dynamics. Chapter 16. Drought Management and Water Resources. Chapter 17. Dynamics of Groundwater vs. Surface Water and Natural Hazards. Chapter 18. Natural Hazard Assessment through Remote Sensing Applications in Water Resource Monitoring. Chapter 19. Natural Hazard Mitigation through Integrated Water Resource Management. Chapter 20. Natural Hazard Implications in Future Challenges of Water Resources Management

Positive Energy Districts : Fundamentals, Modelling and Performance Assessment (Hardcover)

1. Towards Positive Energy Districts: An Introductory Framework.? 2. Evolution of the Concept and Definitions of Positive Energy Districts.? 3. Characterising Positive Energy Districts (PEDs) through a Preliminary Review of Existing 60 Projects in Europe.? 4. Machine Learning Algorithms for In-Depth Analysis of Positive Energy Districts? 5. Rethinking Mapping of Stakeholders in the Extended Process Flow of Positive Energy Districts.? 6. Development of PED Archetypes.? 7. Technologies and Energy Systems for Positive Energy Districts.? 8. Barriers, Enablers and Patterns in Positive Energy Districts: Results from Stakeholders and Interviews with Case Studies.? 9. Ontologies for Modelling Positive Energy Districts.? 10. Energy System Archetypes for Modelling PEDs.? 11. Integrating Control in Simulation for Enabling Energy Flexibility in Buildings, Districts and Various Systems.? 12. Value Proposition for PEDs and Their Economic Impacts.? 13. Towards an Urban Zero-Carbon Footprint: Perspectives and Case Studies on Positive Energy Districts.? 14. Environmental, Economic and Social Key Performance Indicators for Positive Energy Districts.? 15.? A Framework for Energy Performance Assessment and Monitoring of Positive Energy Districts.? 16. Step-by-Step Evaluation Method for Multiple Benefits in PEDs.? 17. An Overarching Concept for the PED Database at the EU and Global Level for Supporting the Decision-Making Processes.? 18. Best Practices for Replication of PEDs.? 19. PED Learnings from International Guidelines.? 20. Harmonising Performance Indicators for Positive Energy Districts: Evidence from Case Study Implementation and Sustainable Development Goal Mapping. Conclusions, Research Needs and Future Directions.? Appendix? Glossary and Key terms

Digital Innovations for the Energy Transition (Hardcover)

Practical Approaches for Selecting Functional Properties and Acceptance Criteria for Equipment Qualification for Nuclear Power Plants (Paperback)

Safety Assessment of Nuclear Installations Against Combinations of Hazards Induced by External Events (Paperback)

Sustainable Energy Transition : A Comprehensive Guide to Modelling and Optimizing Energy Systems (Hardcover)

Preface. Analyzing Barriers to Sustainable Energy Transition in India Using the Fuzzy AHP Approach. Importance of Energy Planning and Transition. Integrative Approaches to Renewable Energy Transition in India. Energy Decarbonization through Best Feasible Option for India. Application of Grey Multiple Criteria Decision Making in Sustainable Energy Optimization. Clean Energy Transitions Towards Achieving Net Zero Emissions Targets in Aviation Industry: A Review of Issues and Pathways. Navigating Complex Challenges: Examining Barriers for Attaining Energy Security in Emerging Economies. Using Building Information for Building Energy Modelling. Evaluating the Integration of Industry 4.0 and Circular Economy Practices within the Manufacturing Sector. Index.

Energy Security: An Interdisciplinary Toolkit for Decision Makers (Hardcover)

Improving the Understanding of Irradiation Creep Behaviour in Nuclear Graphite Models and Mechanisms (Paperback)

Intelligent Urban Systems: Iot-Driven Energy Management and Smart City Optimization: Volume III: Internet of Things, Communications and Smart Applicat (Paperback)

Comprehensive Energy Planning for Local Development: Towards a Standard for Off-Grid Sizing and a Just Energy Transition (Hardcover)

The Economics of the Energy Efficiency Gap : Behavioral and Institutional Insights (Hardcover)

Part I: Introduction and Foundations 1. Introduction: Understanding the Energy Efficiency Gap 2. Defining and Measuring the Energy Efficiency Gap Part II: Theoretical Perspectives 3. Market and Behavioral Failures in Energy Efficiency 4. Policy Instruments and Institutional Design across Countries Part III: Recent Empirical Evidence 5. Overview of Empirical Methods for Studying the Energy Efficiency Gap 6. Principal-Agent Problem and the Adoption of Energy-Efficient Air Conditioners in China 7. Implicit Discount Rates and?the Energy Efficiency Gap in China’s?Air Conditioner Market?8. Consumer Valuation of Energy Costs in the Nordic Electric Vehicle Market 9.?Residential Solar PV Adoption in the United States: Market?Patterns, Policy Incentives, and Adoption Frictions?10. Understanding the Barriers to Energy Efficiency Adoption through Machine Learning: A Perspective from Consumer Reviews Part IV: New Frontiers in Energy Efficiency Gap Research and Practice 11. Recent Advances in Understanding and Closing the Energy Efficiency Gap in Practice 12. The Role of Innovation and Digitalization Part V: Policy Implications and the Road Ahead 13. Closing the Energy Efficiency Gap: Policy Roadmaps 14. Energy Efficiency in the Context of Net-Zero Transitions 15. Main Findings of the Book

Industry 4.0 for Food Waste Reduction and Valorization (Hardcover)

Renewable Energy Evolution: Sustainability, Innovation, and Transition (Hardcover)

Haunting Energies in the Arabic Novel : Oil, Ecology and the Spectral (Hardcover)

Hybrid Renewable Energy Systems for Water Resource Management (Hardcover, 1)

1. Renewable Energy Sources? 2. Water use? 3. Climate change? 4. Desalination? 5. Energy storage? 6. Energy and water resources management? 7. Case studies? 8. Conclusions

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Python Scripting in PLAXIS : Automating Geotechnical Analysis and Modelling Workflows (Paperback)

Chapter 1: Fundamentals of the Finite Element Method 1.1 Introduction 1.2 Concept of Stress and Strain and Sign conventions 1.3 Fundamentals of Constitutive Models 1.4 Principal Stresses & Strains and their transformation 1.5 Problem Domain Discretization 1.6 Mesh Elements and Shape Functions 1.7 Solution of the Differential Equation (Workflow of an FEM analysis) 1.8 Commercial software for Geotechnical FEM computations 1.9 Key Takeaways of Chapter 1 & What’s next Chapter 2: Introduction to PLAXIS 2D 2.1 PLAXIS ? An introduction 2.2 Key strengths of PLAXIS 2.3 Implementation of FEM in PLAXIS 2.4 A look at the PLAXIS GUI 2.5 PLAXIS Input and Output Programs 2.6 PLAXIS Input modes ? Soil, Structure, Mesh, Flow conditions, Stage Construction 2.7 Key Takeaways of Chapter 2 & What’s next Chapter 3: Python ? A primer 3.1 Basics of Python 3.2 Python Objects (numbers, strings, lists, dictionaries, tuples, files) 3.3 Flow Control in Python (if, ifelse) 3.4 Loops in Python (while, for) 3.5 Functions in Python 3.6 Python Modules (pandas, matplotlib, openpyxl etc) 3.7 Key Takeaways of Chapter 3 & What’s next Chapter 4: Getting started with Python Remote Scripting API 4.1 PLAXIS command line scripting 4.2 Commands and Objects in PLAXIS 4.3 Command line vs. Python 4.4 Integration of Python into PLAXIS workflow 4.5 Python Remote Scripting Server 4.6 PLAXIS Interactive Python Console ? Jupyter QtConsole 4.7 PLAXIS Python Editor ? SciTE 4.8 Jupyter notebooks for scripting in PLAXIS 4.9 Boilerplate code 4.10 Your first Python script in PLAXIS 4.11 Installing additional Python modules in PLAXIS 4.12 Key Takeaways of Chapter 4 & What’s next Chapter 5: Scripting for model creation in PLAXIS Input 5.1 Common Python commands for model creation 5.2 Creating boreholes, soil layers and model geometry 5.3 Defining and assigning materials 5.4 Adding structures, loads, anchors and other support elements 5.5 Generating mesh 5.6 Setting up boundary conditions 5.7 Sample scripts 5.8 Key Ta...


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Python Scripting in PLAXIS : Automating Geotechnical Analysis and Modelling Workflows (Hardcover)

Chapter 1: Fundamentals of the Finite Element Method 1.1 Introduction 1.2 Concept of Stress and Strain and Sign conventions 1.3 Fundamentals of Constitutive Models 1.4 Principal Stresses & Strains and their transformation 1.5 Problem Domain Discretization 1.6 Mesh Elements and Shape Functions 1.7 Solution of the Differential Equation (Workflow of an FEM analysis) 1.8 Commercial software for Geotechnical FEM computations 1.9 Key Takeaways of Chapter 1 & What’s next Chapter 2: Introduction to PLAXIS 2D 2.1 PLAXIS ? An introduction 2.2 Key strengths of PLAXIS 2.3 Implementation of FEM in PLAXIS 2.4 A look at the PLAXIS GUI 2.5 PLAXIS Input and Output Programs 2.6 PLAXIS Input modes ? Soil, Structure, Mesh, Flow conditions, Stage Construction 2.7 Key Takeaways of Chapter 2 & What’s next Chapter 3: Python ? A primer 3.1 Basics of Python 3.2 Python Objects (numbers, strings, lists, dictionaries, tuples, files) 3.3 Flow Control in Python (if, ifelse) 3.4 Loops in Python (while, for) 3.5 Functions in Python 3.6 Python Modules (pandas, matplotlib, openpyxl etc) 3.7 Key Takeaways of Chapter 3 & What’s next Chapter 4: Getting started with Python Remote Scripting API 4.1 PLAXIS command line scripting 4.2 Commands and Objects in PLAXIS 4.3 Command line vs. Python 4.4 Integration of Python into PLAXIS workflow 4.5 Python Remote Scripting Server 4.6 PLAXIS Interactive Python Console ? Jupyter QtConsole 4.7 PLAXIS Python Editor ? SciTE 4.8 Jupyter notebooks for scripting in PLAXIS 4.9 Boilerplate code 4.10 Your first Python script in PLAXIS 4.11 Installing additional Python modules in PLAXIS 4.12 Key Takeaways of Chapter 4 & What’s next Chapter 5: Scripting for model creation in PLAXIS Input 5.1 Common Python commands for model creation 5.2 Creating boreholes, soil layers and model geometry 5.3 Defining and assigning materials 5.4 Adding structures, loads, anchors and other support elements 5.5 Generating mesh 5.6 Setting up boundary conditions 5.7 Sample scripts 5.8 Key Ta...


외국도서 > 컴퓨터 > 정보통신기술(IT)
외국도서 > 컴퓨터 > 컴퓨터 공학
외국도서 > 경제경영 > 산업 > 에너지
외국도서 > 기술공학 > 기술공학 > 일반
외국도서 > 과학/수학/생태 > 수학 > 논리
외국도서 > 컴퓨터 > 보안 > 암호
외국도서 > 기술공학 > 기술공학 > 전자공학 > 반도체
외국도서 > 기술공학 > 기술공학 > 토목 > 댐
외국도서 > 기술공학 > 기술공학 > 건축공학 > 전기
외국도서 > 과학/수학/생태 > 과학 > 지구과학 > 수문학