- Completion of Prefeasibility Study by Provaris Energy and Norwegian Hydrogen AS has identified a low-cost project for the export of green hydrogen from Norway to Europe using Provaris’ compressed hydrogen floating storage and carriers.
- Project scale is 50,000 tonnes of green hydrogen. commencing in 2027, with a competitive delivered cost of hydrogen that includes a marine transport cost range of EUR 1.00-1.50/kg, based on the use of compression, Provaris’ recently launched floating storage (H2Leo) and two H2Neo carriers.
- Partners will now develop a program to advance permitting, and key agreements for an export project in Norway to be used as a blue-print for multiple bulk-scale compressed hydrogen export sites in Europe.
- Flexibility of compression was found to take advantage in the variability in power prices and also provide balancing services to the local grid.
- Delivered in a compressed ‘gaseous’ form the Partners will use the outcomes to scale up to gigawatt-scale quantities of renewable hydrogen in response to REPowerEU’s 10 million tonne import demand by 2030.
Provaris Energy announced that it has completed a Prefeasibility Study (the Study) in partnership with Norwegian Hydrogen AS, demonstrating the potential for low-cost delivery of Green Hydrogen from Norway to Europe, commencing in 2027.
Collaboration between Provaris and Norwegian Hydrogen AS
In January 2023, Provaris and Norwegian Hydrogen entered a collaboration to bring together the skills, experience and ambitions of both companies to accelerate the development of a hydrogen value chain covering large scale production and export of hydrogen from the Nordics to the key ports of Europe.
A preferred site in Norway has been identified for the development of a production facility to deliver up to 50,000 tonnes of green hydrogen to Europe, commencing in 2027, with a competitive delivered cost of hydrogen that includes a marine transport cost of EUR 1.00-1.50/kg (Includes: compression, jetty, storage, shipping, scavenge and discharge).
The scope of the Study includes the selection of a preferred coastal site in Norway, renewable power supply, production of hydrogen, compression facilities, infrastructure requirements for jetty loading, Provaris’ H2Leo storage solution and a fleet of two (2) H2Neo carriers, and import partners required at the identified import location connected to the planned EU H2 backbone and distribution system.
The benefits of simplicity and energy efficiency of Provaris’ compressed hydrogen export supply chain provides a flexible, low-cost solution that aligns with growth to giga-watt scale generation capacity to be transported as gaseous green hydrogen for Europe. Compression has been found to take advantage in the variability in power prices with the view that 24/7 utilisation can have a negative impact on the local grid and does not always result in a lower cost of hydrogen.
The Partners are now advancing development activities for permitting, and key agreements to support the completion of detailed feasibility in 2023, and target first exports in 2027.
Martin Carolan, Provaris Managing Director and CEO commented: “Provaris is delighted with the outcomes of the study which has continued to mature the technical or economic requirements of the project. Compression has been demonstrated to be a highly flexible solution for variable hydrogen production, storage, and transportation. The flexibility and added value that compression offers while providing balancing services to the local grid is complimented with a positive impact on the LCOH of hydrogen delivered to Europe.
Jens Berge, Norwegian Hydrogen’s CEO commented: “We are very pleased that this pre-feasibility study demonstrates the attractiveness of our joint concept, and that this model will enable us to deliver green hydrogen to the European market at a most competitive price. Our innovative concept offers a highly scalable solution which can be applied on several of our sites across the Nordic region.”