Snøhvit is a gas and condensate field northwest of Hammerfest in Northern Norway. It was the first field development in the Barents Sea, after its discovery in 1984. Production began in August 2007.
Hammerfest LNG an onshore plant on the island of Melkøya which receives and processes the natural gas from Snøhvit through a 143 km pipeline from the Barents Sea. The plant cools the gas to Liquefied Natural Gas (LNG) so that it can be shipped abroad.
Hammerfest LNG plant on Melkøya. Photo: Ole Jørgen Bratland, Equinor
Snøhvit production is currently in its plateau phase, and to maintain production and extend the life of Hammerfest LNG, it is necessary to upgrade the plant with onshore compression and electrification. This project is known as Snøhvit Future.
Since production started in 2007, additional production wells have been drilled in different structures, but to maintain production, upgrade and extend the life of Hammerfest LNG, the Snøhvit partners now plan to invest NOK 13.2 billion in upgrading the LNG plant with onshore compression and electrification.
On August 9th, the Norwegian government approved Snøhvit partners' plans for the future operation of Snøhvit and Hammerfest LNG. See more below.
Map of the Snøhvit field showing Hammerfest in Northern Norway
The Hammerfest LNG plant, situated on the island of Melkøya, was Europe's first export facility for liquefied natural gas and plays a significant role in the European energy landscape. It commenced operations in 2007.
The LNG plant processes gas from Snøhvit to produce liquefied natural gas, which is then exported chiefly to European markets. Its production capacity stands at around 6.5 billion cubic metres of LNG annually.
Snøhvit is a gas and condensate field northwest of Hammerfest in Northern Norway. It was the first development in the southern Barents Sea and was the first major development on the Norwegian continental shelf with no surface installations.
The well stream is transported in a 143-kilometre pipeline for processing to liquid natural gas (LNG) at the Melkøya onshore facility near Hammerfest. Carbon dioxide (CO2) is separated and returned to the field by pipeline for injection into the aquifer (CCS), while LNG, liquid petroleum gas (LPG) and condensates are shipped to market.
A total of 16 wells have been drilled on the Snøhvit field, 14 producers and two wells for reinjecting carbon dioxide (CO2). The plant on Melkøya captures CO2 from the well stream, before returning it to the field far below the seabed. 700,000 tonnes of CO2 are captured and stored each year, equivalent to the emissions from 400,000 cars.
Snøhvit production has now reached the plateau phase. After the field came onstream, several production wells have been drilled in various structures. After the successful completion of the Cold Return project (bringing the LNG plant back online), production resumed in June 2022.
Gas from the Snøhvit and Albatross reservoirs came on stream in 2007, while Askeladd came on stream in December 2022.
Location: Blocks 7120 og 7121 in the Barents Sea
Production date: 21 August 2007
Production: Gas
The Snøhvit Future project consists of two developments: Snøhvit Onshore Compression and Snøhvit Electrification. The project will cut emissions and extend the life of the Snøhvit field.
On 20 December 2022, Equinor submitted a plan for development and operation (PDO) of Snøhvit Future on behalf of the Snøhvit partnership to the Minister of Petroleum and Energy. On 8 August 2023, Norwegian authorities announced that the project has been approved.
Sustaining production
The Snøhvit partners will invest NOK 13.2 billion (2022) in upgrading the Hammerfest LNG plant, HLNG, at Melkøya. The proposed development includes an onshore compressor, transformer station and electric steam boilers on Melkøya, as well as a grid connection including a transformer station at Hyggevatn, as well as the development of new power capacity from Skaidi to Hammerfest.
Onshore gas compression will provide enough flow from the reservoir to extend plateau production and maintain high gas exports from HLNG beyond 2030. Electrification will reduce CO2 emissions from HLNG by around 850,000 tonnes per year.
Snøhvit Future will strengthen Norway’s position as a reliable and long-term supplier of LNG to Europe. Electrification will allow us to deliver this gas with close to zero greenhouse gas emissions from production. The project will secure long-term operations and gas exports from Melkøya towards 2050.
Major emissions reductions
This is one of the largest individual emission reduction measures for decarbonization of oil and gas production in Norway. The project is a key contributor to the energy transition.
Electrification entails replacing the current gas turbine generators with power from shore. This will cut emissions equivalent to 13 per cent of the oil and gas industry’s overall 55 per cent emissions reduction by 2030. The project’s emissions reductions correspond to two per cent of Norway’s annual emissions.
About the development solution
News about Snøhvit Future:
Related pages
