The Gulf Research Program (GRP) developed this proceedings to describe ideas arising from the workshop titled Navigating the Energy Transition in the Gulf of Mexico. This 2-day, in-person workshop, involving 22 participants from private-sector, government, nongovernmental, and academic organizations, was held in Washington, DC, on December 6 and 7, 2022. Participants were invited by GRP staff through recommendations from expert interviews, professional referrals, and planning committee members to represent a diverse range of backgrounds and expertise related to energy policy, production, transportation, and consumption (see Appendix C: Workshop Participants). Importantly, the number of participants was limited to optimize equitable engagement; the participants do not necessarily represent all possible perspectives related to the energy transition. The design, facilitation, and analysis of the workshop was supported through a partnership with the Center for Naval Analyses, an independent, nonprofit research and analysis organization dedicated to the safety and security of the nation.
As its name suggests, the goal of the workshop was to facilitate participants’ ability to identify and better understand challenges and opportunities associated with the ongoing energy transition in the Gulf of Mexico. The energy transition away from hydrocarbons to carbon-free sources of energy (e.g., wind, solar, hydrogen) has profound ramifications for this region, given its prominent role in oil and natural gas production. The objectives for this workshop were the following:
The workshop had two main outputs. First, participants identified 291 positive and negative impacts associated with two future scenarios spanning from 2022 to 2050. These impacts build out these two alternative states of the world, reflecting participants’ expertise and perspectives. Second, participants reviewed more than half of these potential future impacts, discussing strategies for Gulf stakeholders to better prepare for and mitigate the potential negative impacts and to accelerate and increase the positive ones.
All of the takeaways reflect comments and discussions at the workshop and are presented as stated by workshop participants. Readers should not regard these as carrying the weight of recommendations from the National Academies of Sciences, Engineering, and Medicine. The views cited are not necessarily consensus views of the group, and the group was not composed to meet National Academies’ standards for study committees that make consensus findings and recommendations. The takeaways do reflect key ideas presented or discussed by one or more workshop participant(s), so the material presented here could be considered suggestions coming from informed individuals.
Central to the workshop was a serious game1 designed to facilitate exploration of and information sharing about the energy transition in the Gulf of Mexico. Specifically, the game used the following two mechanisms to stimulate discussions among participants:
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1 A serious game is designed for an analytic, educational, or contextual purpose rather than for recreation.
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2 The Net-Zero America High Electrification pathway informed the Path to Net Zero scenario, and the Reference pathway informed the Steadying the Transition scenario. See https://netzeroamerica.princeton.edu.
Prior to the event, participants received the two scenarios as readaheads. They also received handouts of the scenarios during the event.
Each day of the workshop addressed a different scenario. Day 1 focused on the Path to Net Zero scenario, which was broken down into two turns—one focusing on changes occurring from 2022 to 2035 and the second focusing on the years from 2036 to 2050. Day 2 focused on the Steadying the Transition scenario, consisting of one turn covering 2022 to 2050. Appendix B: Workshop Agenda lists the complete workshop agenda for the 2 days.
Each turn included three phases (see Figure 1-3):
As mentioned above, an important aspect of the game was how players were divided and assigned during the various phases of each turn. The four expertise groups used in the game, along with each group’s corresponding icon (used prominently in flag labels, notecards, and player nametags), are listed in Table 1-1. In identifying, targeting, and assigning participants for the workshop, GRP staff attempted to ensure that each group had a minimum of five members.
TABLE 1-1 Expertise Groups and Associated Icons
| Expertise Group | Group Icon |
|---|---|
| Academia/technical | ![]() |
| Community | ![]() |
| Governance | ![]() |
| Industry | ![]() |
Source: CNA.
Following the introduction, Workshop Results addresses the impacts and supporting efforts identified by participants, grouping and summarizing their ideas in several ways. First, Expertise Group Impact Selections discusses the 12 impacts briefed by expertise groups in Phase 2 and their connection to cascading impacts identified by participants in other groups. Next, Recurring Themes lists common themes identified from the 291 impacts and provides both a summary of the impacts described under the theme and any associated supporting efforts. Next, observations based on cross-comparisons of the turns and scenarios are provided. The final subsection, Geospatial Clusters, presents a more in-depth breakdown of select areas of the Gulf region where clusters of impacts were observed.
The main body of the proceedings concludes with Final Remarks, a summary of participant comments taken from the Day 2 hotwash session, and Beyond the Event, a discussion on how the GRP plans to use this proceedings in future programming. The Day 2 hotwash session provided an opportunity for
participants to reflect on their workshop experiences and highlight some key takeaways, including possible opportunities moving forward for both participants and the GRP.
The proceedings also includes the following appendixes:
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