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production of green hydrogen", "originalTitle": null, "language": "en", "authors": [ { "name": "Changlong Wang", "orcid": null }, { "name": "Stuart D.C. Walsh", "orcid": null }, { "name": "Zhehan Weng", "orcid": null }, { "name": "Marcus W. Haynes", "orcid": null }, { "name": "Daisy Summerfield", "orcid": null }, { "name": "Andrew Feitz", "orcid": null } ], "matchedTask52Participants": [ { "personId": "changlong-wang", "publishedName": "Changlong Wang", "contributionRole": "author", "authorPosition": 1, "task52Cohort": "task_leadership" }, { "personId": "stuart-walsh", "publishedName": "Stuart D.C. Walsh", "contributionRole": "author", "authorPosition": 2, "task52Cohort": "task_leadership" }, { "personId": "marcus-haynes", "publishedName": "Marcus W. 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Souza", "orcid": null }, { "name": "Rilei V. Ribeiro", "orcid": null }, { "name": "Leandro D. Oliveira", "orcid": null }, { "name": "Alexandre P. Alves da Silva", "orcid": null } ], "matchedTask52Participants": [ { "personId": "amaury-souza", "publishedName": "Amaury M. 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The product studied is ammonia and the paper resolves no iron or steel case, but the siting and off-grid renewable sizing method is the one the Task applies to green iron supply chains. Listed under methods and capability only.", "primarySubtask": "B", "subtasks": [ "B" ], "primaryTopic": "ammonia_reduction", "topics": [ "ammonia_reduction", "h2_dri", "techno_economics", "renewable_resources", "supply_chains", "trade", "power_systems" ], "keywords": [ "renewable_resources", "power_systems", "supply_chains", "techno_economics", "trade" ], "geographies": [ "Global" ], "evidenceCompleteness": "abstract_and_metadata", "accessStatus": "open_access", "license": null, "versionFamilyId": null, "lastVerified": "2026-09-11", "verificationSources": [ "https://doi.org/10.1016/j.enconman.2023.116790", "https://api.crossref.org/works/10.1016/j.enconman.2023.116790", "https://www.sciencedirect.com/science/article/pii/S019689042300136X" ] }, { "id": "work-2023-paris-compatible-steel-capacity-contraction-and-replacement-for-zero-emissions", "slug": "paris-compatible-steel-capacity-contraction-and-replacement-for-zero-emissions-2023", "title": "Paris compatible steel capacity: Contraction and replacement for zero emissions", "originalTitle": null, "language": "en", "authors": [ { "name": "Jonas Algers", "orcid": null }, { "name": "Max Åhman", "orcid": null }, { "name": "Lars J. 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hot-briquetted iron.", "primarySubtask": "C", "subtasks": [ "B", "C" ], "primaryTopic": "h2_dri", "topics": [ "h2_dri", "techno_economics", "renewable_resources", "trade", "emissions_lca", "transition_pathways" ], "keywords": [ "steel_capacity_transition", "hydrogen_dri", "hbi_trade", "capacity_phase_out", "green_hydrogen" ], "geographies": [ "Global" ], "evidenceCompleteness": "full_text", "accessStatus": "open_access", "license": null, "versionFamilyId": null, "lastVerified": "2026-09-11", "verificationSources": [ "https://portal.research.lu.se/en/publications/paris-compatible-steel-capacity-contraction-and-replacement-for-z", "https://portal.research.lu.se/en/persons/max-%C3%A5hman/" ] }, { "id": "work-2023-pedal-to-the-metal-2023-time-to-shift-steel-decarbonization-into-high-gear", "slug": "pedal-to-the-metal-2023-time-to-shift-steel-decarbonization-into-high-gear-2023", "title": "Pedal to the Metal 2023: Time to Shift Steel Decarbonization into High Gear", "originalTitle": null, "language": "en", "authors": [ { "name": "Caitlin Swalec", "orcid": null }, { "name": "Astrid Grigsby-Schulte", "orcid": null } ], "matchedTask52Participants": [ { "personId": "astrid-grigsby-schulte", "publishedName": "Astrid Grigsby-Schulte", "contributionRole": "author", "authorPosition": 2, "task52Cohort": "task_expert" } ], "year": 2023, "publishedDate": null, "publicationEra": "pre_task52", "outputType": "report", "publicationStatus": "published", "venue": null, "publisher": "Global Energy Monitor", "doi": null, "canonicalUrl": "https://globalenergymonitor.org/research/pedal-metal-2023-time-shift-steel-decarbonization-high-gear", "openAccessUrl": "https://globalenergymonitor.org/sites/default/files/migration/reports/GEM_SteelPlants2023_11.pdf", "peerReviewed": false, "relationshipToTask52": "independent_expert_work", "relevanceTier": "T2", "inclusionBasis": "hydrogen_steel_evidence", "relevanceReason": "Tracks global steel capacity against decarbonisation milestones and explicitly evaluates the shift required toward hydrogen-DRI/EAF.", "primarySubtask": "C", "subtasks": [ "C", "A" ], "primaryTopic": "h2_dri", "topics": [ "h2_dri", "transition_pathways" ], "keywords": [ "global_steel_capacity_transition", "h2_dri", "eaf", "steel_capacity", "transition_tracking", "global" ], "geographies": [ "Global" ], "evidenceCompleteness": "full_text", "accessStatus": "open_access", "license": null, "versionFamilyId": null, "lastVerified": "2026-09-11", "verificationSources": [ "https://globalenergymonitor.org/research/pedal-metal-2023-time-shift-steel-decarbonization-high-gear", "https://globalenergymonitor.org/sites/default/files/migration/reports/GEM_SteelPlants2023_11.pdf", "https://globalenergymonitor.org/profile/astrid-grigsby-schulte" ] }, { "id": "work-10-1016-j-enpol-2023-113738", "slug": "power-sector-effects-of-green-hydrogen-production-in-germany-2023", "title": "Power sector effects of green hydrogen production in Germany", "originalTitle": null, "language": "en", "authors": [ { "name": "Dana Kirchem", "orcid": null }, { "name": "Wolf-Peter Schill", "orcid": "https://orcid.org/0000-0002-6981-7487" } ], "matchedTask52Participants": [ { "personId": "wolf-peter-schill", "publishedName": "Wolf-Peter Schill", "contributionRole": "author", "authorPosition": 2, "task52Cohort": "task_leadership" } ], "year": 2023, "publishedDate": "2023-11-01", "publicationEra": "pre_task52", "outputType": "journal_article", "publicationStatus": "published", "venue": "Energy Policy", "publisher": "Elsevier", "doi": "10.1016/j.enpol.2023.113738", "canonicalUrl": "https://doi.org/10.1016/j.enpol.2023.113738", "openAccessUrl": "https://arxiv.org/pdf/2208.07302", "peerReviewed": true, "relationshipToTask52": "independent_expert_work", "relevanceTier": "M", "inclusionBasis": "methods_and_capability", "relevanceReason": "Uses an open-source electricity sector model to quantify how three green hydrogen supply chains interact with the German power system in 2030, covering electrolysis flexibility, renewable curtailment and storage needs. The paper contains no iron or steel analysis. 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