Sustainability

Our approach to sustainability

Aker BP’s vision is to be the exploration and production (E&P) company of the future. Sustainability is central to this vision and forms an integral part of our strategy.

We work to improve our environmental, social and governance (ESG) performance, acting ethically and transparently to ensure our actions benefit people and avoid harm to the environment. 

Our sustainability framework brings together our ESG domains and defines principles that guide everyday decisions, operational practices and strategic priorities.

Climate and circularity

We are working to reduce emissions from our own operations and use resources more efficiently through measures such as electrifying assets, improving energy efficiency, reusing materials and minimising waste – while continuing to deliver reliable energy.

Environmental care

Protecting the environment is central to how we operate. We work to minimise pollution and our environmental footprint, both offshore and onshore, thus avoiding impacts on biodiversity.

Safe operations

Safety is our top priority. We are committed to protecting people and assets through high standards, strong safety culture and continuous improvement in everything we do.


Our people

Our people are our greatest strength. We promote a safe, inclusive and engaging workplace where everyone has equal opportunities to grow, contribute and thrive.

Partnerships and affected communities

We create value by working closely with suppliers, partners and local communities. By supporting education, job creation and local businesses, we aim to make a positive impact on the communities where we operate. We also share knowledge and collaborate across industries to drive broader progress.

Responsible business

We are committed to ethical, transparent and responsible business practices. We uphold strong corporate governance, promote fair competition and have zero tolerance for corruption. This is how we build trust and create long-term value.


Our core beliefs

Our vision to be the E&P company of the future is founded on our belief that the world needs affordable and reliable energy, and that oil and gas will remain part of the energy mix for decades to come. We contribute to energy security and affordability by delivering low-cost oil and gas produced with an industry-leading low equity share scope 1 and 2 GHG emission intensity.

World energy supply in 2040

Source: IEA World Energy Outlook 2025

Aker BP’s role in the energy landscape

Maximising value creation for shareholders and society while producing the energy the world needs

Minimising emissions and achieving equity share scope 1 and 2 GHG emission neutrality from 2030

Sharing technology and knowledge to drive innovation and support the development of low-carbon solutions

Climate and circularity

We are working to reduce emissions from our own operations and use resources more efficiently through measures such as electrifying assets, improving energy efficiency, reusing materials and minimising waste – while continuing to deliver reliable energy.

32%

reduction

in operational control scope 1 and 2 GHG emissions (2024), compared to our 2017 baseline

2.6

kg CO2e/boe

equity share scope 1 and 2 GHG emission intensity (2024)

0.018%

CH4/
saleable gas

Operational control scope 1 methane emission intensity (2024)

Aker BP – an industry leader in oil and gas production with low GHG emission intensity

Aker BP has emerged as a global industry leader in oil and gas production with low GHG emission intensity. In 2023, data from Wood Mackenzie placed Aker BP among the top five percent of the world’s 285 largest oil and gas companies in terms of lowest GHG emission intensity from production.

GHG emission intensity of 285 largest producing upstream companies

Net emission intensity of 285 largest producing upstream companies, 2023 (kg CO2e/boe, equity share)
Wood Mackenzie – Global upstream CO2 emissions (2023)

Climate-related targets

50% reduction by 2030

Operational control scope 1 and 2 GHG emissions, compared to our 2017 baseline

90% reduction by 2050

Operational control and equity share scope 1 and 2 GHG emissions, compared to our 2017 baseline

GHG neutral by 2030

Equity share scope 1 and 2 GHG emissions

<4 kg CO2e / boe


Long-term target for equity share scope 1 and 2 GHG emission intensity

<0,05% CH4 / saleable gas

Long-term target for operational control scope 1 methane emission intensity

Our strategy to achieve this

Aker BP is committed to reducing GHG emissions from our own operations through our climate and energy policy. Our approach to decarbonisation is built around the principles of avoid reduce neutralise

Scope 1 and 2

Avoid

We aim to avoid emissions wherever possible through electrification of greenfield developments, drilling using power from shore, portfolio management and optimisation of existing infrastructure.

Reduce

We aim to reduce emissions through active energy management and brownfield electrification.

Neutralise

For every tonne of remaining equity share scope 1 and 2 GHG emissions from our operations, we aim to capture one tonne of CO2 from the atmosphere through high-quality carbon dioxide removal projects from 2030.


Scope 3

Upstream scope 3 reduction through procurement

Support new industries and drive technology development

Explore potential of CCS

Progressing towards our targets

Through our climate and energy policy, Aker BP is committed to reducing GHG emission from our own operations. To support this, we have developed an ambitious decarbonisation plan. The plan is anchored in our overarching business strategy, our sustainability framework as well as our climate and energy policy. 

Operating with industry-leading low GHG emission intensity

Our GHG emission intensity from production has been significantly reduced in recent years, mainly driven by the electrification of the Edvard Grieg and Ivar Aasen fields in 2022, continuous improvements in energy efficiency across the asset portfolio, and the start of production from the Johan Sverdrup field in 2019, powered with electricity from shore.

Our GHG emission intensity from production is significantly lower than the average in the global oil and gas industry(1) and below the average for operators on the Norwegian continental shelf.

(1) The global average upstream GHG emission intensity in 2024 was 17.8 kg CO2e / boe according to the International Association of Oil & Gas Producers (IOGP) (IOGP Environmental performance indicators – 2024 data)

Aker BP equity share scope 1 and 2 GHG emission intensity compared to global average

IOGP Environmental performance indicators – 2024 data

Our pathway to reducing emissions from own operations by 90 percent

Aker BP has an ambition to achieve a 50 percent reduction in GHG emissions from our operated activities by 2030. By 2050, we aim to reduce emissions from our own operations by 90 percent.

Aker BP aims to further reduce GHG emissions from our own operations through efforts such as electrification, energy management, minimised flaring, cold venting and fugitive emissions, portfolio management, optimisation of existing infrastructure and where feasible, selection of technology and services with lower environmental footprint.

Pathway to 90% reduction in operational control scope 1 and 2 GHG emissions by 2050

Pathway to near-zero operational control scope 1 and 2 GHG emissions by 2050

Achieving GHG emission neutrality for own operations

Our approach to decarbonisation emphasises that we will prioritise emission reductions from our own operations where feasible leading up to and after 2030. In addition, we aim to neutralise every remaining tonne of scope 1 and 2 GHG emissions from our own operations from 2030 onwards, using high-quality carbon dioxide removal (CDR) credits.

Aker BP has identified several criteria for our CDR portfolio, seeking to ensure that the CDR projects in our portfolio are removal-based projects only, that the CO2 removals are additional and durable, and that the project developer addresses potential leakage risks and risks of environmental and social harm . More information on our principles for CDR can be found in our climate and energy policy.

Reducing methane emissions

Aker BP aims to minimise methane emissions and maintain a methane emission intensity from our operated activities of below 0.05 percent of the total volume of saleable gas.

Aker BP is a member of the Oil and Gas Methane Partnership 2.0 (OGMP 2.0.), a UN Environment Programme initiative that aims to improve the accuracy and transparency of methane emissions reporting and mitigation for the oil and gas industry.

Historical and projected operational control scope 1 methane emission intensity

Managing scope 3 emissions in our supply chain

At Aker BP, we recognise the importance of close collaboration with our suppliers and contractors to improve our scope 3 reporting. We aim to use our role as a major player on the NCS to positively influence our supply chain and drive meaningful reductions to our upstream scope 3 emissions.

We are continuously working to identify cost-efficient improvement initiatives that reduce GHG emissions in our supply chain. We may consider setting upstream scope 3 emission reduction targets in the future if we identify a performance indicator suitable for our business model.

Evaluating carbon capture and storage (CCS) opportunities

We expect carbon capture and storage to play a key role in the transition to a low-carbon energy future, and the Norwegian continental shelf holds significant potential for carbon storage.

Aker BP’s ambition is to establish a profitable CCS business. Our CCS activities currently have three focus areas. Firstly, we are capturing high-quality subsurface opportunities and assessing their suitability for carbon storage through detailed subsurface studies. Secondly, we are evaluating field development concepts to mature projects towards development decisions. Thirdly, we are establishing strategic partnerships across the CCS value chain to develop a viable business model, while collaborating with the industry and authorities to establish a regulatory and fiscal framework for CCS.

Circular economy

Aker BP’s model for circular economy emphasises sustainable production and consumption to increase resource efficiency and reduce waste generation. We consider the integration of circular economy principles into our business model essential to reduce the consumption of and dependency on virgin resources, reduce scope 3 emissions and biodiversity footprint, and achieve financial benefits.

We aim to reduce waste at the source through operational efficiencies and sustainable design, reusing and repairing existing equipment and materials, and applying recycling and energy recovery where appropriate. This aims to ensure that equipment and materials are kept at their highest possible value for as long as possible.

  1. Reduce resource use and waste through operational efficiency and sustainable design
  2. Reuse, repurpose and repair equipment to extend material lifecycle
  3. Recycle materials to replace virgin material use
  4. Recover energy from waste

Waste management

As part of our ambition to minimise our environmental impact, we work to reduce waste generation and optimise resource utilisation. Our approach to achieving this is: prevention, minimisation, reuse, recycling, recovery, disposal.

Our waste handling procedures and processes comply with all relevant regulations on sorting, storage, classification, labelling, transportation and reporting. Waste management plans have been developed for all assets to ensure optimal resource utilisation and support sustainable waste practices.

Waste handling compliance is part of internal HSE verifications, as well as contractor audits and site verifications. We also provide training for employees, covering best practices in waste management.

Aker BP runs several projects and initiatives aimed at diverting waste from landfills and promoting the reuse of materials and recycling of waste. We prioritise efforts based on the largest waste streams, with a particular focus on drilling-related waste, where prevention and minimisation are key.

By reusing materials and recycling waste, we reduce our environmental footprint. Waste from Aker BP’s decommissioning projects normally achieves a recycling degree of at least 95 percent.

Disposal App: Empowering circular economy at Aker BP

Aker BP is committed to advancing the circular economy by maximising the value and lifespan of equipment and materials across its operations. The Disposal App is a key digital tool designed to support this ambition, making it easy for employees to identify, register and facilitate the reuse of surplus assets within the company or through donations and sales to external partners.

Through the Disposal App, Aker BP streamlines the process of giving equipment and materials a second life – whether by reallocating items internally, donating to local schools and organisations, or selling to other businesses. This approach not only reduces waste and environmental impact but also strengthens community ties.

This app is part of a broader strategy to embed circular economy principles into daily operations, ensuring resources are kept in use for as long as possible. By enabling efficient tracking and management of surplus assets, the Disposal App helps Aker BP minimise material consumption and lower costs.

Environmental care

Pollution

Aker BP is committed to managing pollution and minimising environmental impact by strictly complying with Norwegian regulations and discharge permit requirements. Our environmental management system focuses on preventing, minimising and remediating pollution from emissions to air and discharges to sea. We employ a mitigation hierarchy of prevention, reduction, remediation and restoration, and conduct thorough environmental impact assessments. Our efforts include enhancing energy efficiency, treating produced water and selecting low-risk chemicals.

Biodiversity

Aker BP commits to minimising our biodiversity footprint in the areas we operate. We map and monitor biodiversity at our operational sites through the life cycle of our projects, starting with surveys of the seabed and marine life prior to drilling new wells. We regularly monitor sediments, marine life and water column in the areas surrounding our production platforms. When production at the offshore fields comes to an end, we perform post-decommissioning environmental surveys of the seabed to ensure that no hazards are left behind.

Aker BP avoids operations in legally protected areas and internationally recognised areas such as UNESCO Natural World Heritage Sites and wetlands designated under the Ramsar Convention. When operating close to or within nationally established SVOs (particularly important areas for biodiversity), we commit to exercising due care to avoid negative impacts on biodiversity values for which the SVO areas were designated.

Through implementation of our biodiversity policy, we commit to stepping up engagement with our value chain to promote biodiversity practices beyond our own operations and increase transparency.

Water

Aker BP’s operations are not located in water-stressed environments. All our operations are located on the Norwegian continental shelf, and freshwater usage is limited. Seawater is lifted and used for our operations such as cooling, pressure support for the reservoir and to generate freshwater offshore.

Use of freshwater is limited, and mainly used at our supply vessels and during drilling operations.

Data for consumption of freshwater from public sources are available in
this document.

Oil spill response

History teaches us that oil spills can and do occur in our industry. Aker BP’s robust oil spill response includes trained personnel that work tirelessly to ensure sound preparations for and mitigation of possible oil spills. Risk assessments are performed, and emergency preparedness plans specifically for oil spills are in place.

Aker BP has participated actively in the Norwegian Clean Seas Association for Operating Companies (NOFO) since 2001. They are specially trained to manage oil spill response operations and assume a central role with regard to mitigation measures and oil spill recovery at sea. We work together with NOFO to ensure that our oil spill contingency measures are dimensioned for our needs, making sure that we are prepared at all times.

Taking care of corals

The Norwegian Sea is renowned for its numerous occurrences of cold-water corals. These organisms play a vital role in nurturing marine biodiversity, as many provide essential habitats for other species. However, they are vulnerable to physical disturbances and generally grow by only a few millimetres annually.

Over the years, the area around the Skarv field has been extensively mapped to identify corals that might be negatively affected as new discoveries are developed. Using sonar systems, we can map vast areas of seafloor topography over a short period of time. The sonar data reveals whether the seafloor is soft or hard, indicating where corals are likely to be found. We then deploy a remotely operated vehicle (ROV) to collect underwater videos and images and pinpoint the exact locations of corals and other biodiversity features. This information enables us to adjust the placement of pipelines and infrastructure to avoid crossing coral reefs and minimise impacts.

Safe operations

Safety is our top priority. We recognise that our industry involves risk, but we are committed to reducing those risks as much as possible. Our ambition is clear: zero unwanted incidents, and we expect everyone, including employees, contractors and value chain workers, to speak up and stop unsafe work.

Health and safety

We are dedicated to providing a safe and healthy working environment for all. Prevention and continuous improvement are at the core of our approach. Our safety programmes are integrated across all operations, supported by robust reporting, regular training, and a strong focus on risk and barrier management. The industry’s 9 Life-saving Rules are embedded in our daily routines, helping us to prevent serious incidents and ensure that everyone returns home safely.

Total recordable injury frequency

1.9

per million work hours (2024)

Serious incident frequency

0.4

per million work hours (2024)

Emergency preparedness

Being ready for the unexpected is essential in our line of work. Our emergency preparedness is proactive and prioritises people, the environment, assets and reputation. We conduct regular drills and exercises to ensure that our teams are always ready to respond quickly and effectively should an incident occur. Our emergency response plans are developed in close collaboration with partners and authorities, enabling rapid mobilisation and coordinated action when it matters most.

Our people

Our people are the foundation of our success. We are proud of our ‘One Team’ culture, which brings together colleagues from across the company and supply chain to collaborate, innovate and grow.

We invest in professional development, promote work-life balance and support employee well-being of every individual. Diversity, equity and inclusion are central to our values, and we strive to ensure equal treatment and opportunities for all. We are working actively to increase the proportion of women in our workforce, with a clear ambition to reach 30 percent by 2030.

2,962

Employees at year end (2024)

24.7%

Female employees (2024)

Every employee is covered by collective bargaining agreements and has access to social protection and parental leave. We have zero tolerance for discrimination or harassment, and everyone has a voice through our whistleblowing channels.

Regular pulse surveys help us to understand how our people are feeling, and the results show high engagement and satisfaction. We are committed to maintaining a workplace where everyone feels valued, respected and able to thrive.

Partnerships and affected communities

We strive to make a positive impact through our operations, partnerships and contributions to society. Our activities support local employment, economic development and knowledge sharing. We support local communities through sponsorships, educational initiatives and innovation partnerships, and we are always open to dialogue with those affected by our operations. Our goal is to create long-term value, not just for our shareholders, but for society as a whole.

6,221

USD million paid in taxes (2024)

Aker BP is the second-largest taxpayer and the largest private taxpayer in Norway

150,000

full-time equivalents projected at Norwegian suppliers across the country due to Aker BP operated development projects

Responsible business

We conduct our business with integrity, transparency and respect for people and the environment. Clear governance, strong risk management and a culture of speaking up help us earn trust and create long-term value.

Ethics and compliance

Our code of conduct sets expectations for everyone who works for, or acts on behalf of, Aker BP. We have zero tolerance for corruption, and our anti-corruption procedure provides detailed guidance to help identify and prevent corruption in day-to-day work.

Speaking up

We encourage employees and external parties who work for or with us to raise concerns about potential breaches of our code of conduct, policies or applicable laws. Concerns can be reported confidentially via speakup@akerbp.com or through Aker BP’s integrity channel, which is operated by an independent third party and secured by Aker BP. Reports to the integrity channel are handled by the Compliance department to ensure confidentiality and independent follow-up.

Security

Keeping people, information and assets safe is central to responsible business at Aker BP. We apply risk‑based controls across our operations, including information and cyber security, operational technology, secure‑by‑design engineering, awareness training, supplier requirements, and incident response. Security is a shared responsibility, and we expect everyone who works for or with Aker BP to follow our security requirements and report concerns promptly.

Responsible supply chain

We rely on and derive value from our global suppliers. To maintain sustainable supply chains, we perform systematic follow-up of contracts and continuously monitor both actual and potential risks, with a particular focus on health, safety, environment, human rights, business ethics and anti-corruption.

Through dialogue, verifications and audits, we gather relevant insights that enable us to prevent, detect and act on issues in our supply chain. These insights provide Aker BP with assurance that our suppliers meet legal, regulatory and contractual requirements.

Aker BP has developed long-term contracts with our largest suppliers, also referred to as ‘alliances’. This enables us to maintain a continuous focus on key risk areas and to work closely with our alliance partners on ongoing improvement and risk management in the supply chain.

Human rights

Aker BP is committed to respecting fundamental human rights. Our code of conduct and human rights policy set clear expectations for everyone we work with, whether they are part of our own organisation or our wider supply chain.

Although most of our activities are based in Norway, where the risk of human rights violations is considered low, we remain vigilant. We carry out human rights due diligence to identify and address any potential issues, and we are committed to continuous improvement. Our whistleblowing channel is open to employees, suppliers and communities, reflecting our belief that transparency and accountability are essential to building trust.

We conduct human rights due diligence in line with the UN Guiding Principles on Business and Human Rights and the OECD Guidelines for Multinational Enterprises to identify, prevent, mitigate and account for potential adverse impacts. We also collaborate across the industry, including through Offshore Qualific, to improve worker welfare and share diligence insights with peers.

Sustainability reporting

Annual reports and sustainability reports

Since 2023, Aker BP has integrated its sustainability report in the annual report.

  • PDF – 13.3 MB
    Annual Report 2024
    20.06.2025 Download

CDP Climate

CDP is a not-for-profit charity that runs a global disclosure system for the benefit of society, investors, companies, cities and countries.

  • PDF – 1.65 MB
    CDP 2024 Climate Change Questionnaire
    20.06.2025 Download

Offshore Norway reports

Sustainability data

All sustainability data is reported in line with the requirements in the European Sustainability Reporting Standards (ESRS), as required by the Corporate Sustainability Reporting Directive (CSRD).

E1 Climate change

Energy consumption and mixUnit2024202320222021
Total energy consumptionTotal energy consumptionMWh4,407,0164,710,1435,084,9335,585,039
Total self-generated powerMWh3,446,7233,826,6324,667,7895,168,038
Total power from gridMWh960,293883,511417,144417,001
Non-renewable energy useFuel consumption from coal and coal productsMWh
Fuel consumption from crude oil and petroleum productsMWh546,610506,868420,959667,720
Fuel consumption from natural gasMWh2,900,1123,318,8764,246,8304,500,318
Fuel consumption from other fossil sourcesMWh
Consumption of purchased or acquired electricity, heat, steam and cooling from fossil sourcesMWh798,446734,932292,001261,043
Total fossil energy consumptionMWh4,245,1694,560,6764,959,7905,429,080
Share of fossil sources in total energy consumption %96.3%96.8%97.5%97.2%
Renewable energy useConsumption from nuclear sources MWh100,05191,97766,74394,659
Share of consumption from nuclear sources in total energy consumption%2.3%2.0%1.3%1.7%
Fuel consumption for renewable sources, including biomass (also comprising industrial and municipal waste of biologic origin, biogas, renewable hydrogen, etc.)MWh
Consumption of purchased or acquired electricity, heat, steam and cooling from renewable sourcesMWh61,79656,60158,40061,299
The consumption of self generated non-fuel renewable energy MWh
Total renewable energy consumptionMWh61,79656,60158,40061,299
Share of renewable sources in total energy consumption %1.0%1.2%1.1%1.1%
Energy consumption and mixUnit2024
Total energy consumptionTotal energy consumptionMWh2,638,327
Total self-generated powerMWh1,587,996
Total power from gridMWh1,050,331
Non-renewable energy useFuel consumption from coal and coal productsMWh
Fuel consumption from crude oil and petroleum productsMWh358,626
Fuel consumption from natural gasMWh1,229,369
Fuel consumption from other fossil sourcesMWh
Consumption of purchased or acquired electricity, heat, steam and cooling from fossil sourcesMWh873,309
Total fossil energy consumptionMWh2,461,305
Share of fossil sources in total energy consumption %93.3%
Renewable energy useConsumption from nuclear sources MWh109,432
Share of consumption from nuclear sources in total energy consumption%4.1%
Fuel consumption for renewable sources, including biomass (also comprising industrial and municipal waste of biologic origin, biogas, renewable hydrogen, etc.)MWh
Consumption of purchased or acquired electricity, heat, steam and cooling from renewable sourcesMWh67,590
The consumption of self generated non-fuel renewable energy MWh
Total renewable energy consumptionMWh67,590
Share of renewable sources in total energy consumption %2.6%
GHG emissionsUnit2024202220212024
Scope 1 GHG emissionsGross scope 1 GHG emissions1000 t CO₂e83810661187405
CO₂ (carbon dioxide)1000 t CO₂e80610331148383
CH₄ (methane)1000 t CO₂e29313721
N₂O (nitrous oxide)1000 t CO₂e3222
Scope 1 GHG emissions – by sourceFlaring and well testing1000 t CO₂e54717732
Venting and fugitive emissions1000 t CO₂e15131712
Fuel combustion1000 t CO₂e7599741081355
Loading of hydrocarbons1000 t CO₂e108117
Lost productionFlared hydrocarbonsmillion Sm³18.523.226.010
Continuously flared hydrocarbonsmillion Sm³
Combusted hydrocarbonsmillion Sm³267.6359.1372.3111
Vented hydrocarbonsmillion Sm³0.20.30.4<1
Percentage of scope 1 GHG emissions from regulated emission trading schemes%93%95%96%94%
Scope 2 GHG emissionsGross location-based scope 2 GHG emissions1000 t CO₂e148516
Gross market-based scope 2 GHG emissions1000 t CO₂e575204169629
Scope 3 GHG emissionsTotal gross indirect (scope 3) GHG emissions1000 t CO₂e71,45863,08064,16771,330
Purchased goods and services1000 t CO₂e95569282
Purchased goods and services – cloud computing and data centre services1000 t CO₂eNANANA
Capital goods1000 t CO₂e90276057
Fuel- and energy-related activities
(not included in scope 1 or scope 2)
1000 t CO₂e26264118
Upstream transportation and distribution1000 t CO₂e202118235129
Waste generated in operations1000 t CO₂e1331
Business travel1000 t CO₂e124212
Employee commuting1000 t CO₂eNANANA
Upstream leased assets1000 t CO₂eNANANA
Downstream transportation and distribution*1000 t CO₂e1912926191
Processing of sold products1000 t CO₂e4,6684,1554,6284,668
Use of sold products1000 t CO₂e66,17258,68959,14066,172
End-of-life treatment of sold products1000 t CO₂eNANANA
Downstream leased assets1000 t CO₂eNANANA
Franchises1000 t CO₂eNANANA
Investment1000 t CO₂eNANANA
Total GHG emissionsTotal GHG emissions (location-based)1000 t CO₂e72,31164,15465,35971,752
Total GHG emissions (market-based)1000 t CO₂e72,87264,35065,52372,365
* The increase in emissions for category 9 is a result of updated reporting boundaries
GHG emissionsUnit2024
Scope 1 GHG emissionsGross scope 1 GHG emissions1000 t CO₂e405
CO₂ (carbon dioxide)1000 t CO₂e383
CH₄ (methane)1000 t CO₂e21
N₂O (nitrous oxide)1000 t CO₂e2
Scope 1 GHG emissions – by sourceFlaring and well testing1000 t CO₂e32
Venting and fugitive emissions1000 t CO₂e12
Fuel combustion1000 t CO₂e355
Loading of hydrocarbons1000 t CO₂e7
Lost productionFlared hydrocarbonsmillion Sm³10
Continuously flared hydrocarbonsmillion Sm³
Combusted hydrocarbonsmillion Sm³111
Vented hydrocarbonsmillion Sm³<1
Percentage of scope 1 GHG emissions from regulated emission trading schemes%94%
Scope 2 GHG emissionsGross location-based scope 2 GHG emissions1000 t CO₂e16
Gross market-based scope 2 GHG emissions1000 t CO₂e629
Scope 3 GHG emissionsTotal gross indirect (scope 3) GHG emissions1000 t CO₂e71,330
Purchased goods and services1000 t CO₂e82
Purchased goods and services – cloud computing and data centre services1000 t CO₂e
Capital goods1000 t CO₂e57
Fuel- and energy-related activities (not included in scope 1 or scope 2)1000 t CO₂e18
Upstream transportation and distribution1000 t CO₂e129
Waste generated in operations1000 t CO₂e1
Business travel1000 t CO₂e12
Employee commuting1000 t CO₂e
Upstream leased assets1000 t CO₂e
Downstream transportation and distribution*1000 t CO₂e191
Processing of sold products1000 t CO₂e4,668
Use of sold products1000 t CO₂e66,172
End-of-life treatment of sold products1000 t CO₂e
Downstream leased assets1000 t CO₂e
Franchises1000 t CO₂e
Investment1000 t CO₂e
Total GHG emissionsTotal GHG emissions (location-based)1000 t CO₂e71,752
Total GHG emissions (market-based)1000 t CO₂e72,365
* The increase in emissions for category 9 is a result of updated reporting boundaries
Performance metricsUnit2024202220212024
GHG emission intensitiesScope 1 and 2 GHG intensitykg CO₂e/boe6.06.77.92.6
Methane intensity%0.0180.0170.031ND
GHG emission per net revenue (market-based)kg CO₂e/USDNDNDND5,911
GHG emission per net revenue (location-based)kg CO₂e/USDNDNDND5,861
Energy emission intensityTotal energy consumption from activities in high climate impact sectors per net revenue from activities in high climate impact sectorsNDNDND
Performance metricsUnit2024
GHG emission intensitiesScope 1 and 2 GHG intensitykg CO₂e/boe2.6
Methane intensity%ND
GHG emission per net revenue (market-based)kg CO₂e/USD5,911
GHG emission per net revenue (location-based)kg CO₂e/USD5,861
Energy emission intensityTotal energy consumption from activities in high climate impact sectors per net revenue from activities in high climate impact sectors

E2 Pollution

Pollutants to airUnit2024202320222021
NOₓtonnes2,2131,9971,4871,684
SOₓtonnes43442739
NmVOCtonnes2,2721,7591,9961,947
Pollutants to airUnit2024
NOₓtonnes1,150
SOₓtonnes32
NmVOCtonnes1,606
Pollutants to seaUnit2024202320222021
Phenolskg42,304NDNDND
Benzenekg45,844NDNDND
Ethylbenzenekg1,110NDNDND
m-Xylenekg5,622NDNDND
o-Xylenekg3,735NDNDND
p-Xylenekg1,086NDNDND
Toulenekg30,524NDNDND
Xylenekg11,085NDNDND
Arsenic (As)kg23NDNDND
Cadmium (Cd)kg6NDNDND
Lead (Pb)kg63NDNDND
Zinc (Zn)kg4,294NDNDND
Naphthalenekg2,738NDNDND
PAHkg311NDNDND
Pollutants to seaUnit2024
Phenolskg18,821
Benzenekg23,386
Ethylbenzenekg437
m-Xylenekg2,535
o-Xylenekg1,723
p-Xylenekg427
Toulenekg14,336
Xylenekg5,059
Arsenic (As)kg15
Cadmium (Cd)kg2
Lead (Pb)kg27
Zinc (Zn)kg1,814
Naphthalenekg1,240
PAHkg156
Produced water balanceUnit2024202320222021
Produced water generated1000m³19,28618,53416,76817,585
Produced water injected1000m³12,89312,91810,89810,712
Produced water discharged1000m³6,0455,3955,7266,767
Produced water balanceUnit2024
Produced water generated1000m³ND
Produced water injected1000m³ND
Produced water discharged1000m³ND

Substances of concern

Hazard typeHazard classH-statementsUnit2024202320222021
Health hazard*CarcinogenicityH350 and H351tonnesNDNDNDND
Germ cell mutagenicityH341tonnesNDNDNDND
Reproductive toxicityH360, H360D, H360F and H360FDtonnesNDNDNDND
Respiratory sensitisationH334tonnesNDNDNDND
Skin sensitisationH317tonnesNDNDNDND
Specific target organ toxicity – repeated exposureH372 and H373tonnesNDNDNDND
Specific target organ toxicity – single exposureH370 and H371tonnesNDNDNDND
Environmental hazard**Hazardous to the aquatic environment – long term hazardH410, H411 and H412tonnesNDNDNDND
* Data is reported on amounts used.
** Data is reported on amounts discharged.
Hazard typeHazard classH-statementsUnit2024
Health hazard*CarcinogenicityH350 and H351tonnes351
Germ cell mutagenicityH341tonnes11
Reproductive toxicityH360, H360D, H360F and H360FDtonnes311
Respiratory sensitisationH334tonnes580
Skin sensitisationH317tonnes5,817
Specific target organ toxicity – repeated exposureH372 and H373tonnes5,274
Specific target organ toxicity – single exposureH370 and H371tonnes314
Environmental hazard**Hazardous to the aquatic environment – long term hazardH410, H411 and H412tonnes990
* Data is reported on amounts used.
** Data is reported on amounts discharged.

Substances of very high concern – used

CAS numberUnit2024202320222021
1303-96-4kgNDNDNDND
7439-92-1kgNDNDNDND
111-30-8kgNDNDNDND
625-45-6kgNDNDNDND
CAS numberUnit2024
1303-96-4kg25
7439-92-1kg4
111-30-8kg258,533
625-45-6kg692

Substances of very high concern – discharged

CAS numberUnit2024202320222021
1303-96-4kgNDNDNDND
7439-92-1kgNDNDNDND
111-30-8kgNDNDNDND
625-45-6kgNDNDNDND
CAS numberUnit2024
1303-96-4kg7
7439-92-1kg
111-30-8kg8,634
625-45-6kg415

E3 Water and marine resources*

WaterUnit2024202320222021
Freshwater withdrawal112,457129,685101,999163,105
* Freshwater is withdrawn from the onshore public water supply.
WaterUnit2024
Freshwater withdrawalND
* Freshwater is withdrawn from the onshore public water supply.

E5 Resource use and circular economy

WasteUnit2024202320222021
Total waste generatedtonnes50,34952,37932,68142,359
Total weight hazardous waste generatedtonnes48,29050,58031,20340,516
Hazardous waste – reusetonnes265112352506
Hazardous waste – recyclingtonnes3,3202,6311,6891,800
Hazardous waste – other recovery (excluding reuse or recycling) *tonnes0NDNDND
Hazardous waste – incineration (energy recovery)tonnes2,7323,4431,9982,464
Hazardous waste – landfilltonnes17,93317,42210,31313,442
Hazardous waste – other disposal (discharge)**tonnes24,04226,97216,85122,304
Total wight non-hazardous waste generatedtonnes2,0591,8001,4781,843
Non-hazardous waste – reusetonnes1100
Non-hazardous waste – recyclingtonnes7277846951000
Non-hazardous waste – other recovery (excluding reuse or recycling)*tonnes0NDNDND
Non-hazardous waste – incineration (energy recovery)tonnes922879698724
Non-hazardous waste – landfilltonnes40913584119
Non-hazardous waste – other disposaltonnes0NDNDND
Total amount of non-recycled waste***tonnes21,99721,99213,44517,255
Total percent of non-recycled waste ***%84878586
Total amount of radioactive waste (NORM, naturally occurring radioactive material)tonnes31NDNDND
* Energy recovery not included
** Discharged fraction consists of wastewater treated onshore, mostly from drilling waste
*** Discharge of waste water treated onshore is not included
WasteUnit2024
Total waste generatedtonnes38,891
Total weight hazardous waste generatedtonnes37,296
Hazardous waste – reusetonnes455
Hazardous waste – recyclingtonnes2,063
Hazardous waste – other recovery (excluding reuse or recycling) *tonnes0
Hazardous waste – incineration (energy recovery)tonnes2,325
Hazardous waste – landfilltonnes13,338
Hazardous waste – other disposal (discharge)**tonnes19,116
Total wight non-hazardous waste generatedtonnes1,594
Non-hazardous waste – reusetonnes1
Non-hazardous waste – recyclingtonnes611
Non-hazardous waste – other recovery (excluding reuse or recycling)*tonnes0
Non-hazardous waste – incineration (energy recovery)tonnes656
Non-hazardous waste – landfilltonnes326
Non-hazardous waste – other disposaltonnes0
Total amount of non-recycled waste***tonnes16,646
Total percent of non-recycled waste ***%84
Total amount of radioactive waste (NORM, naturally occurring radioactive material)tonnes26
* Energy recovery not included
** Discharged fraction consists of wastewater treated onshore, mostly from drilling waste
*** Discharge of waste water treated onshore is not included
Waste diverted from/directed to disposalUnit2024202320222021
Total weight of waste diverted from disposal*tonnes4,3123,5272,7363,306
Total weight of waste directed to disposal**tonnes46,03748,85229,94439,053
Total weight of hazardous waste diverted from disposal*tonnes3,5853,4535962,772
Total weight of hazardous waste directed to disposal**tonnes44,70547,12630,60737,744
Total weight of non-hazardous waste diverted from disposal*tonnes7287856951000
Total weight of non-hazardous waste directed to disposal**tonnes1,3311,014782843
* Waste diverted from disposal includes waste that is reused, recycled or handled in other recovery operations. Incineration with energy recovery is not included
** Waste directed to disposal includes waste that is discharged, sent to landfill or incineration with or without energy recovery
Waste diverted from/directed to disposalUnit2024
Total weight of waste diverted from disposal*tonnes3,130
Total weight of waste directed to disposal**tonnes35,761
Total weight of hazardous waste diverted from disposal*tonnes2,518
Total weight of hazardous waste directed to disposal**tonnes34,779
Total weight of non-hazardous waste diverted from disposal*tonnes612
Total weight of non-hazardous waste directed to disposal**tonnes982
* Waste diverted from disposal includes waste that is reused, recycled or handled in other recovery operations. Incineration with energy recovery is not included
** Waste directed to disposal includes waste that is discharged, sent to landfill or incineration with or without energy recovery

Environmental fines

Unit2024202320222021
Total monetary value of significant fines*million NOK0100
* Monetary fines are reported for the year the incident occurred. Only fines above 1mill NOK are reported.

Health and safety

Unit2024202320222021
Fatalities – employeescases0000
Fatalities – non-employeescases0000
Fatalities – workers in the value chaincases0000
Serious injuries – employeescases1202
Serious injuries – non-employeescases1000
Serious injuries – workers in the value chaincases1332
Serious injury frequency – employeesmillion work hours0.20.500.6
Serious injury frequency – non-employeesmillion work hours0.6000
Serious injury frequency – own workforcemillion work hours0.30.400.5
Serious injuriy frequency – workers in the value chainmillion work hours0.30.91.20.7
Serious injury frequency – total workforcemillion work hours0.30.50.40.6
Lost time injuries – employeescases1201
Lost time injuries – non-employeescases2000
Lost time injuries – workers in the value chaincases6856
Lost time injury rate – employeesmillion work hours0.20.500.3
Lost time injury rate – non-employeesmillion work hours1.2000
Lost time injury rate – own workforcemillion work hours0.50.400.2
Lost time injury rate – workers in the value chainmillion work hours1.52.322.1
Lost time injury rate – total workforcemillion work hours0.91.10.71
Medical treatment injuries – employeescases2224
Medical treatment injuries – non-employeescases1000
Medical treatment injuries – workers in the value chaincases81057
Total recordable injury frequency – employeesmillion work hours0.60.90.61.6
Total recordable injury frequency – non-employeesmillion work hours1.8000
Total recordable injury frequency – own workforcemillion work hours0.90.70.41.2
Total recordable injury frequency – workers in the value chainmillion work hours3.55.344.6
Total recordable injury frequency – total workforcemillion work hours1.92.41.72.6
Serious incidentscases4350
Serious incident frequencymillion work hours0.40.30.70
Work hours – employeesmillion work hours4.64.33.53.1
Work hours – non-employeesmillion work hours1.71.410.9
Work hours – own workforcemillion work hours6.35.74.54
Work hours – workers in the value chainmillion work hours43.42.52.8
Work hours – total workforcemillion work hours10.39.176.9
Number of tier 1 process safety eventscases1100
Number of tier 2 process safety eventscases1000
Number of tier 1 and tier 2 process safety eventscases2100