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ACRP Report 60: Guidelines for Integrating Alternative Jet Fuel into the Airport Setting (2012)
Airport Cooperative Research Program (ACRP)

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Johnson, Michael, Schenk, Donald, Miller, Bruno, Altman, Richard, Brand, Meghan, McDonald, Alan, Thompson, Terry, Driver, Judith, Leistritz, Larry, Leholm, Arlen, Hodur, Nancy, Plavin, David, Glassman, Diana, Anumakonda, Amar, Transportation Research Board. "Appendix J - Transportation and Logistics of Alternative Fuels." ACRP Report 60: Guidelines for Integrating Alternative Jet Fuel into the Airport Setting. Washington, DC: The National Academies Press, 2012.

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Page
110
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Page
110
Front Matter (R1-R9)
Purpose of the Handbook (1-1)
How to Use This Handbook (2-3)
1.2 What Is Driving the Interest in Alternative Jet Fuels? (4-5)
1.4 What Roles Can Airports Play in Alternative Fuel Projects? (6-6)
1.6 Resources for Further Information (7-7)
2.1 Safety and Drop-in Characteristics of Alternative Jet Fuels (8-8)
2.2 Feedstocks for Producing Alternative Jet Fuels (9-14)
2.3 Technologies for Producing Alternative Jet Fuels (15-18)
2.4 Environmental Benefits of Alternative Jet Fuels (19-20)
2.5 Economic Benefits of Alternative Jet Fuels (21-21)
2.6.1 National Ambient Air Quality Standards (22-22)
2.6.3 Domestic and International Policies Related to Greenhouse Gas Reductions (23-23)
2.6.5 Federal Rules for Purchase of Alternative Fuels (24-24)
3.2 Alternative Jet Fuel Projects Evaluation Framework (25-25)
3.3 Stakeholder Analysis (26-26)
3.4 Initial Screening of Options (27-28)
3.5 Comparative Evaluation of Screened Options (29-29)
3.5.1 Regulatory (30-36)
3.5.2 Environmental (37-38)
3.5.3 Logistical (39-40)
3.5.4 Financial (41-42)
3.6 Suggested Next Steps (43-43)
4.1 What Are Some of the Potential Community Concerns About Alternative Jet Fuel? (44-44)
4.2 What Are Some Potential Concerns Regarding Production of Alternative Jet Fuel? (45-46)
4.3 What Are Some of the Potential Concerns Around the Storage, Handling, and Use of Alternative Jet Fuel? (47-47)
5.1 Supporting Material to Evaluate Potential Environmental Benefits of Alternative Jet Fuels (48-48)
5.2.1 Worksheet 1: Stakeholder Analysis (49-49)
5.2.2 Worksheet 2: Regulatory Considerations (50-52)
5.2.3 Worksheet 3: Energy Policy Considerations (53-55)
5.2.4 Worksheet 4: Logistical Considerations (56-56)
5.2.5 Worksheet 5: Financial Considerations (57-57)
5.2.6 Worksheet 6: Evaluation Summary (58-59)
6.3 Certification (60-61)
6.4 Feedstocks for Alternative Jet Fuels (62-63)
6.5 Production Technologies for Alternative Jet Fuels (64-64)
6.6 Air Quality and Greenhouse Gas Benefits (65-65)
6.8 Possible Economic Benefits of Regulation (66-66)
6.10 Regulatory Considerations (67-67)
6.11 Publicly Announced Alternative Jet Fuel Projects (68-68)
Appendices: Primer on Alternative Jet Fuels (69-69)
Appendix A - Introduction (70-70)
Appendix B - Certification and Drop-In Capability of Alternative Jet Fuels (71-72)
Appendix C - Feedstocks for Producing Alternative Jet Fuels (73-82)
Appendix D - Production Technologies for Alternative Jet Fuels (83-86)
Appendix E - Air Quality and Greenhouse Gas Benefits (87-90)
Appendix F - Economic Benefits (91-92)
Appendix G - Possible Economic Implications of Regulation (93-95)
Appendix H - Financial Considerations (96-98)
Appendix I - Regulatory Considerations (99-109)
Appendix J - Transportation and Logistics of Alternative Fuels (110-110)
Appendix K - Publicly Announced Aviation Alternative Fuel Projects (111-112)
Glossary (113-114)
Acronyms and Abbreviations (115-117)
References (118-126)
Abbreviations used without definitions in TRB publications (127-127)

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APPENDIX J Transportation and Logistics of Alternative Fuels Drop-in alternative jet fuels will be able to share the same transportation, storage, and han- dling infrastructure as conventional jet fuel. Thus, from a logistical point of view, there should be no difference between alternative and conventional jet fuel. However, since jet fuel infrastruc- ture is typically a shared resource serving many customers, all users must agree to the alternative jet fuel being present in the distribution chain. The main options for transporting alternative or conventional jet fuel to the airport are listed in the following: · Pipeline: This is the most cost-effective option for transporting the finished fuel, especially if the processing plant and the airport already have pipeline access. · Rail or barge: Rail or barges are the next most cost-effective options for transporting finished fuel. As in the case of pipelines, the maximum benefit is achieved if both the processing plant and the airport already have access to rail or barges. · Truck: This is the least cost-effective option for transporting the finished fuel; however, truck transportation provides the most flexibility because it does not require the existence of expen- sive infrastructure such as pipelines or railways. Thus, in the absence of pipelines or railways, truck transportation may be the most practical option. One important consideration that should be highlighted is the potential need for blending infrastructure. Since thus far alternative jet fuels have only been certified as a blend (up to 50% in the case of FT), there will have to be a place in the supply chain, prior to reaching the wing of the aircraft, where alternative and petroleum-based jet fuels are blended. This will most likely consist of separate storage for conventional jet fuel, alternative jet fuel, and the blend. Logical locations for blending facilities are points along the supply chain where alternative and conven- tional fuel would intersect. For example, injection points at pipelines that transport jet fuel and airport fuel farms are likely locations. 111