Imagined Future Scenarios
Hydrogen Technology, Possible Futures, Long Term (5 - 10 years)
Scenario Generated from 'How states will keep fighting for climate progress under Trump' - Grist
Future Arc and Implications
Grow Arc
Social Impact: Increased access to clean energy improves quality of life in geothermal regions and enables new industries.
Technological Impact: Incremental improvements in geothermal drilling, electrolysis efficiency, and hydrogen storage technologies drive down costs.
Ecological Impact: Localized thermal pollution from geothermal activities and water usage for electrolysis increase, requiring careful management.
Economic Impact: Hydrogen economy booms, creating new jobs and industries in production, transportation, and utilization of hydrogen.
Political Impact: Geothermal-rich regions gain significant political leverage as hydrogen providers, shaping energy policies.
Narrative: Hydrogen becomes a dominant energy carrier, fueled by expanding geothermal production and driving global economic growth.
Collapse Arc
Social Impact: Energy shortages and economic hardship occur as geothermal hydrogen facilities fail due to cascading system failures.
Technological Impact: Lack of maintenance and investment leads to degradation and eventual failure of electrolysis and geothermal infrastructure.
Ecological Impact: Uncontrolled geothermal releases and leaks from hydrogen storage create localized environmental damage.
Economic Impact: Global recession triggered by energy crisis due to unreliable or failed hydrogen production.
Political Impact: Regional conflicts erupt over control of diminishing geothermal resources and the breakdown of international hydrogen trade.
Narrative: The dream of a hydrogen economy collapses due to systemic failures, resource depletion, and political instability.
Discipline Arc
Social Impact: Strict regulations and rationing of hydrogen fuel ensure equitable access based on societal priorities like essential services.
Technological Impact: Centralized monitoring and control systems optimize hydrogen production and distribution, limiting individual consumption.
Ecological Impact: Environmental regulations strictly limit geothermal extraction and hydrogen production to minimize ecological impact.
Economic Impact: A state-controlled hydrogen economy prioritizes long-term sustainability and energy security over profit and individual wealth.
Political Impact: A global regulatory body manages hydrogen production and distribution, enforcing strict quotas and environmental standards among nations.
Narrative: A highly regulated and controlled hydrogen economy ensures long-term sustainability and equitable access under a global governance framework.
Transform Arc
Social Impact: Decentralized, community-owned hydrogen production empowers local communities and fosters energy independence.
Technological Impact: Breakthroughs in solid-state electrolysis and distributed energy storage enable efficient microgrids powered by geothermal hydrogen.
Ecological Impact: Closed-loop geothermal systems and innovative water recycling minimize environmental impact, creating sustainable hydrogen ecosystems.
Economic Impact: A circular hydrogen economy emerges, where waste heat and byproducts are utilized to improve efficiency and create new economic opportunities.
Political Impact: Local communities gain autonomy over their energy resources, fostering a more decentralized and democratic energy system.
Narrative: A paradigm shift towards decentralized, sustainable hydrogen production empowers local communities and creates a resilient and circular energy ecosystem.