Ir al contenido

Vaca Muerta, Patagonian Hydrogen and Transition Infrastructure, Technology and Institutional Readiness

Integration of green hydrogen networks within established fossil extraction zones demands an alignment of physical technology maturity and institutional governance frameworks. Regional resource extraction in Northern Patagonia encounters structural bottlenecks when infrastructure planning ignores land-use disputes and variable technological readiness across generation and storage supply chains. A systematic assessment of technical maturity alongside institutional capacity clarifies the infrastructural prerequisites for sustainable energy transitions.

Objetivo

To evaluate technological and institutional readiness of transition infrastructure bridging Vaca Muerta shale gas and Patagonian green hydrogen.

Metodología

Desk-based comparative multi-criteria indicator assessment analyzing published technical benchmarks, policy frameworks, and regional studies.

Novedad científica

Integrates physical technology readiness benchmarks with institutional land-use governance to assess dual-energy transition corridors.

Vista previa del documento

Esta es una vista previa breve. La versión completa incluye texto ampliado para todas las secciones, una conclusión y una bibliografía formateada.

Scientific Article

Degree:
Vaca Muerta, Patagonian Hydrogen and Transition Infrastructure, Technology and Institutional Readiness

Author:

Group

First M. Last

Advisor:

Dr. First Last

City, 2026

Contents

Abstract and Keywords
Introduction: Fossil Lock-in and Clean Energy Trajectories in Northern Patagonia
Methodology: Comparative Readiness Indicators for Energy Transition Infrastructure
Technological Maturity of Patagonian Hydrogen Generation and Storage Systems
Institutional Readiness and Land-Use Governance across Hydrocarbon Basins
Infrastructural Integration: Coexistence of Shale Gas and Green Hydrogen Networks
Discussion: Structural Frictions, Regulatory Barriers, and Energy Decarbonization
Referencias
Conclusion and Strategic Policy Directions
Bibliography

Introduction

Decarbonization strategies increasingly depend on the coordinated expansion of renewable energy vectors alongside legacy fossil resource extraction. In Argentina, the coexistence of extensive unconventional shale gas reserves in Vaca Muerta with world-class wind corridors for green hydrogen generation in Patagonia highlights a core tension in regional energy transition pathways [1]. The simultaneous mobilization of hydrocarbon infrastructure and low-carbon investments requires both mature engineering solutions and cohesive regulatory governance [5].

Existing analytical paradigms frequently evaluate technological maturity in isolation from territorial and institutional governance, obscuring the frictions that emerge when overlapping industrial models compete for regional infrastructure and natural resources [1], [2]. The deployment of large-scale hydrogen generation and transport systems faces severe bottlenecks if storage readiness and institutional frameworks fail to align with national energy strategies [4], [5].

This study synthesizes technological readiness benchmarks with institutional capacity criteria to evaluate Argentina's infrastructural preparedness for low-carbon transition vectors. By contrasting physical storage and production readiness with regulatory and socio-territorial dynamics in Neuquén and broader Patagonia, this article provides an integrated readiness matrix for long-term energy transition planning.

Discussion: Structural Frictions, Regulatory Barriers, and Energy Decarbonization

The coexistence of hydrocarbon extraction and emergent hydrogen infrastructure in Northern Patagonia exposes critical institutional and technological misalignments that challenge smooth decarbonization pathways. Territorial governance in the Vaca Muerta basin remains fraught with socioterritorial tensions, as industrial expansion directly intersects with traditional land uses and indigenous territorialities (Vaca Muerta as Territory of Friction, 2024). The disputes involving the Lof Kaxipayiñ and Lof Fvta Xayen communities illustrate how institutional frameworks often fail to mediate between subterranean resource exploitation and existing surface rights when judicial mechanisms merely react to emergent conflicts (Vaca Muerta as Territory of Friction, 2024). Consequently, superimposing clean energy networks across existing hydrocarbon corridors without robust participatory governance risks reproducing these established structural frictions rather than resolving them. Simultaneously, the technological readiness of regional energy carriers presents substantial physical constraints. While regional decarbonization agendas prioritize hydrogen integration, the technological maturity across storage options remains uneven; material-based hydrogen storage exhibits a very low technology readiness level, whereas physically based systems such as compressed or liquid storage demonstrate higher readiness for immediate infrastructural deployment (Technology Readiness Level of Hydrogen Storage Technologies for Transport, 2023). Therefore, decarbonization strategies cannot rely solely on the theoretical complementarity between shale gas infrastructure and green hydrogen systems. Achieving genuine infrastructural integration across Northern Patagonia requires harmonizing technological investments toward mature physical storage systems while establishing adaptive institutional mechanisms capable of addressing historic land-use claims and structural bottlenecks in regional governance.

References

  1. Vaca Muerta como territorio(s) en fricción: pueblo Mapuche e hidrocarburos al norte de la Patagonia argentina / Vaca Muerta as Territory of Friction: The Mapuche People and Hydrocarbons in Northern Argentine Patagonia
    Melisa Cabrapan Duarte, Melisa Cabrapan L´Hoste
    Enlace DOI
  2. Fracking Vaca Muerta: Socioeconomic Implications of Shale Gas Extraction in Northern Patagonia, Argentina
    Elvin Delgado
    Enlace DOI
  3. Technology readiness level of photo-electro-chemical hydrogen production by parabolic dish solar concentrator
    Alberto Boretti
    Enlace DOI
  4. Technology readiness level of hydrogen storage technologies for transport
    Alberto Boretti
  5. Assessment of hydrogen adoption readiness in energy sector using indicator-based analysis
    Patcharee Penchan
  6. Technology life cycle and commercialization readiness of hydrogen production technology using patent analysis
    Dongjae Chung, Youngsun Kwon, Zhunwoo Kim

Bibliografía

Fuentes VerificadasNormas de FormatoAlta OriginalidadModelos Pro
🔥 25% OFF

Artículo

APA 7ª Edición (con adaptación "y otros")

US$ 7US$ 9
  • 8–20 páginas
  • Alta originalidad
  • Exportar a Word
  • Formato correcto
  • Vista previa pública
    La vista previa de otro autor no puede hacerse privada. Tu trabajo será privado y completamente único.
  • Bibliografía (20+, APA 7ª Edición)
    +US$ 2
  • Añadir fuentes alternativas (Noticias, .gov, .edu)

Artículo

APA 7ª Edición (con adaptación "y otros")