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Title page
Contents
Abstract 6
1. Introduction 8
2. Model Introduction 10
2.1. Uses 13
3. Model Formulation 14
3.1. Model Sets 14
3.2. Model Decision Variables 15
3.2.1. Renewable hydrogen production 15
3.2.2. Renewable hydrogen trade route 16
3.2.3. Hydrogen gas pipeline size in a trade route 16
3.2.4. Number of ships on a trade route 16
3.3. Model Parameters 17
3.4. Objective Function 18
3.4.1. Hydrogen production costs 18
3.4.2. Transportation costs: Hydrogen pipeline network 19
3.4.3. Transportation costs: Liquefied hydrogen shipping 21
3.4.4. Transportation costs: Ammonia shipping 25
3.5. Constraints 27
3.5.1. Maximum renewable hydrogen production constraint 27
3.5.2. Supply and demand balance constraint 28
3.5.3. Maximum hydrogen transportation capacity constraint 28
3.5.4. Minimum hydrogen trade constraint 29
3.5.5. Single pipeline constraint 30
3.5.6. Pipeline preference constraint 30
4. Accounting for Pipeline Diameters 31
5. Renewable Hydrogen Cost Curves as Inputs 33
6. Limitations and Options for Future Development 39
7. References 41
Figure 1. Schematic representation of liquefied hydrogen shipping 21
Figure 2. Schematic representation of ammonia shipping 25
Figure 3. Hydrogen transportation costs by pipeline 32
Figure 4. Renewable hydrogen cost curves in selected European Union countries 37
Figure 5. Renewable hydrogen cost curves in European Union regional and long-distance partners 38
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