Nordic-Baltic Hydrogen Corridor
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Nordic-Baltic Hydrogen Corridor is a proposed hydrogen pipeline system running East from Poland, and North through Lithuania, Latvia and Estonia to Finland.
Location
The pipeline is proposed to run from Eisenhuttenstadt, Germany through Sejny, Poland; Klaipeda, Lithuania; Kursenai, Latvia; Tuulna, Estonia; to Jakobstad, Finland.
Project details:
Project details: Polish Section
- Operator: GAZ-SYSTEM S.A[1]
- Owner: GAZ-SYSTEM S.A [1]
- Parent company:
- Capacity: 200GWh/d
- Length:
- Diameter:
- Status: Proposed[1]
- Start year: 2029 [1]
- Cost:
- Financing:
- Associated infrastructure:
Project details: Lithuanian Section
- Operator: AB Amber Grid [1]
- Owner: AB Amber Grid[1]
- Parent company:
- Capacity: 200GWh/d
- Length:
- Diameter:
- Status: Proposed[1]
- Start year: 2029 [1]
- Cost:
- Financing:
- Associated infrastructure:
Project details: Latvian Section
- Operator: Conexus Baltic Grid, JSC[1]
- Owner: Conexus Baltic Grid, JSC[1]
- Parent company:
- Capacity: 200GWh/d
- Length:
- Diameter:
- Status: Proposed[1]
- Start year: 2029 [1]
- Cost:
- Financing:
- Associated infrastructure:
Project details: Estonia Section
- Operator: Elering AS[1]
- Owner: Elering AS[1]
- Parent company:
- Capacity: 200GWh/d
- Length:
- Diameter:
- Status: Proposed[1]
- Start year: 2029 [1]
- Cost:
- Financing:
- Associated infrastructure:
Project details: Finnish Section
- Operator: Gasgrid Finland Oy[1]
- Owner: Gasgrid Finland Oy[1]
- Parent company:
- Capacity: 200GWh/d
- Length:
- Diameter:
- Status: Proposed[1]
- Start year: 2029 [1]
- Cost:
- Financing:
- Associated infrastructure:
Project details: Baltic Connector
- Operator:
- Owner:
- Parent company:
- Capacity:
- Length:
- Diameter:
- Status: Proposed[1]
- Start year: 2029 [1]
- Cost:
- Financing:
- Associated infrastructure:
Background
The project aims to create H2 corridor from Finland to Germany via Estonia, Latvia, Lithuania and Poland. The project foresees the transport of green H2 from Baltic Sea countries to industrial clusters along the corridor and to Central Europe. This project is included in the H2inframap, which displays a collection of hydrogen-related projects across Europe.[1]
