We use cookies
To help provide you with a good experience on our website. By continuing to browse the website, you are agreeing to our use of cookies.

Where do CO2 emissions come from in North-West Europe? Rystad Energy report

GO NET ZERO ENERGY

Where do CO2 emissions come from in North-West Europe? Rystad Energy report

As part of its "Emissions Series" Rystad Energy published a report focused on sources of emissions in Northwest Europe – the United Kingdom, Norway, and Denmark. The overall CO2 footprint amounted to about 24 million tonnes in 2020, equal to 2-3% of the global upstream CO2 emissions, while producing about 4% of the world’s hydrocarbons. In this report, Rystad Energy examines the emissions and from what sectors’ value chains they are coming. This whitepaper is an abstract of our Energy Metals Solution Research.

Based on their research Rystad Energy experts highlight the following three trends in the region in relation to the sources of CO2 emissions:

  1. About 120 of the facilities emitting more than 10,000 tonnes of CO2 in 2020, with the 10 largest accounting for more than one-quarter of total upstream emissions in the region. If we expand to the
    top 25 emitting assets were responsible for half of the total emissions from the upstream sector in Northwest Europe.

  1. The top 15 companies together represented more than 70% of the region’s upstream emissions in 2020, while another 70 or so companies accounted for the remaining 6.9 million tonnes. The latter group all emitted less than 500,000 tonnes of CO2 individually, or less than the UK Ninian facility. In the other end of the scale, it’s worth noting that the region’s top emitters Equinor, Petoro and TotalEnergies all have much lower production intensities than the global average of 18 kg CO2 emitted per barrel of oil equivalent produced, at about 7 kg/boe for Equinor, 6 kg/boe for Petoro and 13 kg CO2 for TotalEnergies in 2020.
  1. Norway leads the board with an emission intensity just below 7 kg/boe, significantly below the global average of 18 kg/boe. This is primarily driven by a ban on routine flaring, a strict CO2 tax regime, and electrification of large platforms. The UK continental shelf is significantly more mature than Norway and produces at an emission intensity of about 21-22 kg/boe, slightly above the global average – which is also partly due to the UK being more dominated by liquids production (as opposed to gas).

Rystad Energy is an independent energy research and business intelligence company providing data, tools, analytics, and consultancy services to clients exposed to the energy industry across the globe. Knowledge partner of the Go Net Zero Energy and Go Hydrogen business summits (20-22 Sep 2022, Brussels).

Visit Rystad Energy Research Center to download this white paper pdf

Relevant news

GO DIGITAL ENERGY
Halliburton and Siguler Guff announce joint venture for emissions management software
The new venture between Halliburton and Siguler Guff will provides critical emissions management software.
GO CIRCULAR
Avery Dennison to cut CO2 with switch to plastic pallets
Avery Dennison will switch a substantial portion to plastic pallets.
GO NET ZERO ENERGY
US: ExxonMobil announces landmark emissions-reduction project in Louisiana
CF Industries, has entered into the largest-of-its-kind commercial agreement with ExxonMobil.
GO NET ZERO ENERGY
Wall Street bankers told they can set own CO2 terms after spat
GFANZ says its sub-alliances follow their own rules set by UNEP FI and UN PRI.
GO NET ZERO ENERGY
Carbon capture is not a solution to net zero emissions plans, report says
The technology, put forward as part of the UK’s net zero strategy, could extend the life of fossil fuel infrastructure.
GO NET ZERO ENERGY
Why energy storage technologies are the answer to decarbonization - Rystad Energy.
Rystad Energy has analyzed the role battery energy storage systems (BESS) and hydrogen energy storage systems (HESS) have in a fully decarbonized electricity system, and the opportunities and challenges emerging as these technologies develop further.