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Oshivela

Namibia · Arandis, Erongo Region

Oshivela is a hydrogen project in Arandis, Erongo Region, Namibia using hydrogen-based direct reduction in a rotary kiln.

Overview

Statusdetailed engineering preparation; construction targeted Q1 2027
Country · regionNamibia · Arandis, Erongo Region
Technologyhydrogen-based direct reduction in a rotary kiln
ProductH2International Energy Agency · as of 2026
Capacitymore than 200,000 tonnes of green iron per year

Capacity values retain their recorded units and scope. MW, kt H₂/y and Nm³ H₂/h are different measures; this page does not convert or add them without a shared operating basis. “Other Electrolysis” and “Unknown PtX” are recorded classifications, not a specific electrolyzer design or power-to-X route.

Details

Technology & product

Componentsfour additional kilns and larger hydrogen capacity for Phase 2
Configuration DetailUnknown PtXInternational Energy Agency · as of 2026

Capacity & economics

Production Volume200,000 tonnes/year of DRI (original Phase 2 concept)

Status & timeline

Lifecycle Stagepre-construction; FEED finalisation for Phase 2
Date online (tracker field)2027 (meaning under review)International Energy Agency · as of 2026

Additional project information

Administrative AreaOshiveloInternational Energy Agency · as of 2026
Progress StatusFeasibilityInternational Energy Agency · as of 2026
TechnologyOther ElectrolysisInternational Energy Agency · as of 2026

Timeline

No recorded project events.

Sources & record history

Sources

Field sources

Shared date, confidence and value status appear once with their source above; a dash in the table refers to that source context.

FieldShown valueOriginal valueSourceDate basisMeaning
NameOshivela
View exact valueOshivela
Oshivela - Green iron - Zero emissions | HyIron—
Administrative AreaArandis, Erongo Region
View exact valueArandis, Erongo Region
Namibia Inaugurates World’s First Green Iron Plant—
CountryNamibia
View exact valueNamibia
Oshivela - Green iron - Zero emissions | HyIron—
Componentsfour additional kilns and larger hydrogen capacity for Phase 2
View exact valuefour additional kilns and larger hydrogen capacity for Phase 2
Namibia Inaugurates World’s First Green Iron Plant—
Configuration DetailUnknown PtX
View exact valueUnknown PtX
IEA Hydrogen Projects dataset——
ProductH2
View exact valueH2
IEA Hydrogen Projects dataset——
Technologyhydrogen-based direct reduction in a rotary kiln
View exact valuehydrogen-based direct reduction in a rotary kiln
Oshivela - Green iron - Zero emissions | HyIron—
Capacitymore than 200,000 tonnes of green iron per year
View exact valuemore than 200,000 tonnes of green iron per year
HyIron targets early 2027 construction start for major green iron expansion—
Production Volume200,000 tonnes/year of DRI (original Phase 2 concept)
View exact value200,000 tonnes/year of DRI (original Phase 2 concept)
HyIron targets early 2027 construction start for major green iron expansion—
EventDate online : 2027
View exact value{"date":"2027","date_precision":"year","event":"Date online","basis":"iea_hydrogen_projects_raw.csv"}
IEA Hydrogen Projects dataset——
Lifecycle Stagepre-construction; FEED finalisation for Phase 2
View exact valuepre-construction; FEED finalisation for Phase 2
HyIron targets early 2027 construction start for major green iron expansion—
Progress Statusdetailed engineering preparation; construction targeted Q1 2027
View exact valuedetailed engineering preparation; construction targeted Q1 2027
HyIron targets early 2027 construction start for major green iron expansion—
Administrative AreaOshivelo
View exact valueOshivelo
IEA Hydrogen Projects dataset——
Progress StatusFeasibility
View exact valueFeasibility study
IEA Hydrogen Projects dataset——
TechnologyOther Electrolysis
View exact valueOther Electrolysis
IEA Hydrogen Projects dataset——

Record history

8 current sourced values · 3 older values · Record updated

H2Prism separates published values from estimates. Check the linked source before you use a value. · Back to Hydrogen projects

Records are compiled with AI assistance. Original source links are shown when available.