摘要: |
The objective of this research is to develop a playbook to help airports understand and define how they can reach the net-zero carbon emissions goal by 2050 or earlier. This research will provide foundational knowledge for airports to better understand carbon removal strategies (technology and nature-based) and their potential feasibility in an airport setting.
The playbook will assist airports in selecting and customizing net-zero carbon strategies, based on their type, size, and geographic region. It will include a framework for decision-making and implementation, and will help airports evaluate the trade-offs and synergies among various carbon reduction and emerging removal strategies.
Specifically, the playbook will include, but not be limited to, the following elements and considerations:
(1) Identification of funding opportunities for carbon removal strategies;
(2) Identification and estimation of new revenue opportunities referenced in ACRP Report 57;
(3) A summary of current and future utility energy supply mixes in different regions including the regulatory context for airports to procure their own clean energy from the gas and/or electricity grid;
(4) Combination or sequencing of strategies and technologies for the near-term and long-term approaches;
(5) Applicable strategies for retrofit versus new-build facilities (e.g., terminals, support buildings);
(6) Recommendations for how recent carbon-related commitments by airlines and other key stakeholders could be leveraged by airports;
(6) A library of tools (e.g., templates, flowcharts, calculators) to help airports evaluate and select strategies that meet their unique needs;
(7) References to and incorporation of relevant existing databases and case studies;
(8) A focus on the airport’s Scope 1 and Scope 2 emissions and potential connectivity to Scope 3 (e.g., electrification of ground support equipment), (See Special Note B);
(9) A risk reduction plan to remain on target when encountering setbacks, (e.g., pandemic, natural disasters, terrorism, grid-disruptions); and
(10) A description of how on-site utilities or carbon removal technologies could support levels beyond net-zero targets/goals. |