Appendix E
Additional Impacts
Table E-1 captures impacts, in which the topic addressed was discussed by only one participant (albeit sometimes in multiple cards) during the turn and that are not addressed elsewhere in the main body of the proceedings. These impacts are organized by expertise group and sorted by scenario turn.
Academia/Technical Expertise Group | |||
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Theme | Turn | Impact Summary | Supporting Efforts |
Engagement | Path to Net Zero (2022–2035) | Community engagement and co-design of policy and project implementation become crucial (e.g., for clean energy siting, closure pathways). Academic researchers provide valued input to define models for engagement, technical assistance, and capacity building. Fieldwork, interdisciplinary engagement, and facilitation funding grow much faster than historically. |
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Remediation | Path to Net Zero (2022–2035) | As facilities close (especially legacy industrial and extraction facilities), the need for science and engineering on rapid remediation grows. Funding and training programs for remediation—addressing basic science through implementation—increase rapidly, potentially through large grant centers and consortia. |
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Carbon Dioxide Removal | Path to Net Zero (2036–2050) | Strong work on monitoring, reporting, and verification for carbon dioxide removal in the 2020s enables trustworthy carbon dioxide removal. Research on institutional models and justice enables the development of an innovative carbon dioxide removal project in the Gulf region (direct air capture and mineralization), with strong and well-understood constraints based on safety and fence-line community impacts. Moreover, public and community ownership models, enabled by research with communities, provide benefits. |
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Reclaimed Superfund Sites | Path to Net Zero (2036–2050) | Growth of solar and storage at scale, including the conversion of all superfund sites to solar sites, with extra energy generated used to address superfund contamination. | None. |
Tax Incentives | Path to Net Zero (2036–2050) | Tax incentives for fossil fuel production have been completely phased out. Louisiana’s Industrial Tax Exemption Program now provides incentives for renewable energy and clean (i.e., zero emissions) manufacturing. | None. |
Carbon Storage and Utilization | Steadying the Transition (2022–2050) | Advances in both storage and utilization of carbon occur, including new ways of reducing risks associated with and improving monitoring of carbon sequestration sites. Additionally, carbon utilization research leads to a transformation of chemicals production, serving as a new economic engine for the Gulf region. |
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Theme | Turn | Impact Summary | Supporting Efforts |
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Flight of Renewable Talents | Steadying the Transition (2022–2050) | Talent and startups go to first-adopter states and regions, or overseas. Their loss hinders context-based technology development and leaves the Gulf Coast with a dearth of new technologies. | None. |
National Laboratory | Steadying the Transition (2022–2050) | By 2050, a new U.S. Department of Energy “national energy transformation laboratory” is fully staffed and funded in Galveston, driving world-class research on carbon capture, utilization, and storage; offshore wind; and other critical technologies. |
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Theme | Turn | Impact Summary | Supporting Efforts |
Environmental Protection Agency (EPA) Using Outdated Methane Science | Path to Net Zero (2022–2035) | Update EPA science on methane. In addition to oil and gas operations, landfills are not being addressed. | None. |
Financing the Transition | Path to Net Zero (2022–2035) | Need affordable financing for resilience and weatherization. Money will flow to green banks and Community Development Financial Institutions to finance weatherization and solar installation projects. |
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Theme | Turn | Impact Summary | Supporting Efforts |
Health Impacts | Path to Net Zero (2022–2035) | Mental health and the need for coping skills to deal with repetitive disasters (i.e., hurricanes and chronic flooding). Also, mental health impacts of job loss. The next generation needs coping skills. Effort is needed to educate policy makers and the public on the health impacts from a warming climate and the pollution from fossil fuels, to better understand the urgent need to advance the clean energy transition. |
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Super Pollutants: Methane | Steadying the Transition (2022–2050) | Tackle methane from oil and gas operations and landfills by removing organics in the process. Create more food security and work with the agricultural community to take usable produce out of the process before it gets to landfills. |
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Climate Change Impacts | Steadying the Transition (2022–2050) | The participant commented on the ramifications of increasingly severe climate impacts on economic sectors (tourism, agriculture, construction) and public health (including mental health), and the need for greater urgency in advancing the transition. This participant pointed to the cost of adaptation being more than the cost of clean energy. |
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Theme | Turn | Impact Summary | Supporting Efforts |
Electrification/Greening of Pipelines | Path to Net Zero (2022–2035) | Electrification/greening of pipeline construction and operations (e.g., compressor and pumping stations, construction vehicles). | None. |
Mandated Spatial Data Infrastructure | Path to Net Zero (2022–2035) | Offshore mapping systems have been modernized from NAD27 to more accurate datum, allowing baseline monitoring and methods for tracking change. Data are shared across energy sectors, states, communities, and tribes. A transition data dashboard is created for the five states. | None. |
Securing Energy Infrastructure | Path to Net Zero (2022–2035) | As the United States transitions to net zero, renewable energy infrastructure will need to be secured (both physical security and cybersecurity). Current regulations in place before 2035 were adapted to new infrastructure. |
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Wind Energy Area Identification | Path to Net Zero (2022–2035) | Wind area identification models would need to change to increase offshore wind. For example, regulatory restrictions would need to be modified to allow for new areas. | None. |
Theme | Turn | Impact Summary | Supporting Efforts |
Pipelines | Steadying the Transition (2022–2050) | One participant envisioned that demands for new and repurposed pipeline infrastructure—to support hydrogen, carbon dioxide, hydrogen and natural gas blends, etc.—were much lower in this scenario than initially projected. As a result, expenditures for research and development (R&D) and updates to pipeline safety standards and regulations were not onerous. Similarly, because decarbonization of the pipeline industry was seen as not being pursued, R&D and costs were lower than projected, and anticipated losses in pumping efficiencies did not materialize. Less diversion of resources leads to increases in the resilience and integrity of oil and gas pipelines. However, this also leads to increased accidents for alternative fuel and carbon dioxide pipelines, which increases public opposition to the energy transition. |
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Theme | Turn | Impact Summary | Supporting Efforts |
Offshore Safety | Path to Net Zero (2022–2035) | Exit of skilled offshore workers over the past 20+ years creates increased potential of an offshore process safety (spill/well control) event. | None. |
Risk Profiles | Path to Net Zero (2022–2035) | Energy transition technology and operational changes will have significant effects on risk profiles across the Gulf region (e.g., industrial, commercial, marine/offshore, communities). |
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We Left Out LNG | Path to Net Zero (2022–2035) | The liquefied natural gas (LNG) train has started. Need to include as a possible pathway. |
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Drilling and Completions Continue | Path to Net Zero (2036–2050) | Well drilling and completion skills and technology continue, but in drilling and completing geothermal wells and carbon capture and storage wells in the Gulf of Mexico. | None. |
Theme | Turn | Impact Summary | Supporting Efforts |
Hydrogen | Path to Net Zero (2036–2050) | Offshore wind produces hydrogen directly and is stored in and distributed from subsea storage via ships. Potentially located in Mississippi, a national strategic reserve for hydrogen is established to provide resilience from hydrogen supply interruptions in the Gulf (e.g., from natural disasters). | None. |
National Security Concerns | Path to Net Zero (2036–2050) | With 1,500 offshore wind turbines and up to 10 percent of the nation’s power located in vulnerable points offshore, maintaining the power supply will be a major national security and naval concern. |
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Nuclear | Path to Net Zero (2036–2050) | Resistance to nuclear solutions for clean energy slows progress toward net-zero carbon operations. |
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