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Comparative Life Cycle Assessment of Blue and Green Ammonia Production Pathways

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Abstract

List of Acronyms

List of Symbols

Table of Contents

Foundations of Low-Carbon Ammonia Production

Background Information

Research Problem

Research Questions

Research Objectives

Research Hypotheses

Bahrain Perspective

Structure of the Dissertation

Critical Evaluation of Existing Research on Low-Carbon Ammonia Production

Life Cycle Assessment Framework

Socio-Technical Transition Theory

Methodological Comparison of Blue and Green Ammonia

Economic Feasibility and Cost Assessment

Regional Energy Systems and Resource Constraints

Integration of Environmental and Economic Assessment

Policy and Regulatory Drivers

Emerging Technologies and Hybrid Production Pathways

Research Design and Analytical Methodology

Research Design

Methodological Framework

Data Collection

Data Analysis

Validity and Reliability

Ethical Considerations

Methodological Limitations

Comparative Analysis of Environmental and Economic Performance

Development of a Harmonized Life Cycle Assessment Framework

Comparison of Greenhouse Gas Emissions

Energy Efficiency and Resource Requirements

Regional Energy Policy Influences

Effects of Grid Carbon Intensity

Methane Leakage and Blue Ammonia Performance

Carbon Capture Infrastructure Assessment

Regional Policy Incentives

Levelized Cost of Ammonia Comparison

Environmental and Economic Trade-Offs

System-Level Benefits and Challenges

Integrated Decision-Making Framework

Discussion of Key Findings

Implications for Sustainable Ammonia Production and Future Development

Research Conclusions

Summary of Key Findings

Implications for Climate Policy

Policy Recommendations

Industry Recommendations

Recommendations for Future Research

References