Oil and Gas Climate Initiative

Energy Efficiency

Accelerating energy efficiency in industry, in particular in the oil and gas sector, is a core part of OGCI’s strategy to deliver meaningful reductions in carbon intensity to help achieve net zero operations by 2050.

According to the International Energy Agency, energy efficiency is critically important for the energy transition and remains the single largest measure to avoid energy demand.1

OGCI’s Energy Efficiency in Industry workstream brings together industry experts to collaborate, explore, and share proven best practices, tools and solutions to help other oil and gas companies improve energy efficiency and decrease carbon intensity across oil and gas operations.

The workstream is publishing a library of best practices derived from case studies to share across the oil and gas sector.

In addition, the workstream identifies, assesses, and prioritizes promising high-impact energy efficiency technologies and systems and shares those studies with the oil and gas sector to support their energy and carbon management efforts.

Energy efficiency in oil and gas operations can include implementing measures to optimize rotating equipment, improve combustion efficiency of natural gas, and recover waste heat for use in other processes.

It can also include equipment electrification and using low-carbon energy sources such as solar or wind power to run onshore and offshore operations. In addition, the workstream is exploring synergies between energy efficiency and reducing flaring and venting emissions.

The workstream is also committed to supporting energy companies at all stages in their efforts to implement energy efficiency and to deliver support and expertise to the 50+ signatories of the Oil & Gas Decarbonization Charter.

 

1 Energy Efficiency and Demand – Energy System – IEA

A picture taken from below some chimneys at an oil facility, looking upwards towards the sky.

OGCI sets out roadmap to decarbonize refining

  • OGCI’s study identifies a pathway to reduce emissions in refining sector.
  • Using low-carbon electricity instead of fossil fuels to power some equipment can help decarbonize refineries and petrochemical facilities.
  • The study sets out practical advice on the types of technologies, the economics and the potential reduction in carbon intensity.

Using solar PV in an oil and gas field

  • This best practice guide looks at using solar PV to power conventional onshore oil and gas operations.
  • Benefits include lower oil field carbon intensity and operational expenditure savings on energy.
  • Key learnings show that planning and stakeholder alignment are critical for permit approvals, completion of utility interconnection studies and safe and reliable integration into existing oil field operations.
Transport at a glance

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Energy Efficiency

Related resources

March 19, 2025

With transportation a major source of global CO₂ emissions, the report highlights how scaling hydrogen adoption through infrastructure expansion, regulatory updates and industry collaboration would help enable decarbonization of the sector. While hydrogen is a promising solution for hard-to-electrify sectors like heavy-duty transport, its success depends on significant investment in distribution networks, alongside clear policies and safety frameworks.

March 13, 2025

The study aims to inform the industry’s ongoing efforts to meet the International Maritime Organization’s (IMO) target to achieve net-zero greenhouse gas emissions by 2050.

November 25, 2024

A new study from OGCI and FEV Consulting looks at pathways to enable a transition to sustainable, low-carbon transportation across key regions.

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