Technip won FEED for Shell Peterhead CCS project
The Royal Dutch Shell (Shell) and the Scottish utility company SSE Generation Ltd (SSE) have selected the french engineering company Technip to provide the front end engineering and design (FEED) work for the construction of the world-scale fully integrated carbon capture and storage (CCS) project to be developed at the gas-fired Peterhead Power Station in conjunction with the Goldeneye field in Scotland, UK.
Located approximately 50 kilometers north of Aberdeen, along the northeast coast of Scotland, Peterhead is ideally posted at the crossroad of multiple pipelines system to receive the gas to power the generation of electricity and to export the emitted carbon dioxide (CO²) back to the available reservoir in the North Sea offshore UK.
For this reason, the UK Government had selected in May 2011 the Peterhead Power Station as a potential candidate for a pilot project of carbon capture and storage in the UK to be supported by the European Investment Bank to reduce carbon dioxide emissions in Europe.
In November 2012, the UK Government and the local Industry CCS Cost Reduction Task Force published their recommendations to turn the CCS solution financially viable for the gas-fired and coal-fired power plants in the country considering all the new technologies to be developed in that purpose.
On its side Shell has accumulated a unique expertise in capture, transport and storage of CO² with projects in Mongstad, Norway, Quest in Canada, or Gorgon in Australia.
SSE Peterhead to store CO2 in Shell Goldeneye field
– 25 kilometers export CO² pipeline from Peterhead to an existing offshore pipeline in the North Sea
– Compression unit to push CO² to Shell Goldeneye offshore plaform 100 kilometers away.
– Gas Injection units to store the CO² in the Goldeneye gas depleted reservoirs 2.5 kilometers beneath the seabed.
– Modification of the existing facilities
– Offsites and utilities
Peterhead CCS is one of the two projects finally selected by the UK Government to demonstrate the technical and commercial viability of the carbon capture and storage solution to reduce CO² emissions.