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GrInHy2.0

Public information about this hydrogen project, including status, location, and technical detail.

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23 sourced values · 0 earlier records

Sourced valueEarlier record, source not yet verified

Progress StatuscompletedConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
CountryGermanyConfidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Capacity720Confidence: Reported
Source: FCHJU meets GrInHy2.0 — Green Industrial Hydrogen via steam electrolysis
LocationView on map →

Project Identity and Location

Public NameGrInHy2.0Confidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Site NameSalzgitter FlachstahlConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
Administrative AreaSalzgitterConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
AliasGreen Industrial HydrogenConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
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External Identifier826,350Confidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Official NameGreen Industrial Hydrogen via steam electrolysisConfidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis

Project Purpose and Configuration

Carbon Reductionclimate-neutral production of green steel / CO₂-reduced steel productionConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
Componentshigh-temperature electrolyzer, hydrogen processing unit (compressor and dryer)Confidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Final Usesteel annealing processes, galvanizing plants for steel finishingConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
Power Sourcegreen electricity, industrial steam from waste heatConfidence: Reported
Source: FCHJU meets GrInHy2.0 — Green Industrial Hydrogen via steam electrolysis
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Power Source Detailindustrial steam from waste heat of steel productionConfidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Project GroupSALCOS® – Salzgitter Low CO₂ SteelmakingConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
Project Typeindustrial demonstrationConfidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel
Technologysolid oxide electrolysis cell (SOEC)Confidence: Reported
Source: GrInHy2.0: Green Hydrogen for Green Steel

Project Scale and Economics

FinancingEU-funded under Fuel Cells and Hydrogen 2 Joint Undertaking, grant agreement 826350Confidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Production Volume200Confidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis

Project Lifecycle and Change

Actual Outputmore than 100 tons of climate neutral hydrogen injected into the gridConfidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Actual Utilizationmore than 14,000 operating hoursConfidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Eventstart: 2019-01-01, end: 2022-12-31, completion: 2022-10-17Confidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis
Lifecycle Stagecompleted / project closedConfidence: Reported
Source: Green Industrial Hydrogen via steam electrolysis

Sources

SourceTypePublisherAs of
Green Industrial Hydrogen via steam electrolysisOriginal sourceEuropean Commission, CORDIS
GrInHy2.0: Green Hydrogen for Green SteelOriginal sourceSalzgitter AG
FCHJU meets GrInHy2.0 — Green Industrial Hydrogen via steam electrolysisOriginal sourceSalzgitter AG / Salzgitter Mannesmann Forschung / Sunfire