ENI – Integrating renewable power into oil and gas operations
Eni is using solar energy as a hybrid power option across a series of their oil and gas operations in emerging countries.
OGCI aims to accelerate the reduction of member companies’ operational emissions and works with a wide range of stakeholders in industry, transport and buildings to accelerate decarbonization solutions.
Includes CO2 and
methane emissions
Covers operated upstream
oil and gas assets
Practical near-term step
Reported and independently reviewed annually
Consistent with support for Paris goals
Improve energy efficiency
Co-generate electricity and useful heat
Zero routine flaring
Electrify operations with renewables where possible
Near zero methane emissions
The OGCI target is to reduce carbon intensity from a collective level of 23 kg of greenhouse gases per barrel of oil or gas (kgCO2e/boe) in 2017 to 20kg by 2025.
Includes CO2 and methane emissions
Covers operated upstream oil and gas assets
Practical near-term step
Reported and independently reviewed annually
Consistent with support for Paris goals
Improve energy efficiency
Co-generate electricity and useful heat
Zero routine flaring
Electrify operations with renewables where possible
Near zero methane emissions
Member companies are focusing on flaring reduction, efficiency improvements, electrification and the integration of renewables in their operations.
Eni is using solar energy as a hybrid power option across a series of their oil and gas operations in emerging countries.
In 2018 Petrobras announced its support for the World Bank’s Zero Routine Flaring by 2030 initiative.
Total launched its US$300 million Energy Efficiency Plan in 2018, aiming to reduce greenhouse gas emissions in its refining and chemicals operations by around one million tonnes of carbon dioxide per year.
Equinor has eliminated 2 million tonnes of annual CO2 emissions from its Norwegian operations over the past decade through energy efficiency initiatives.
Having reduced upstream operated carbon intensity by 20% since 2014, Eni is on track to achieve its company target of 43% reduction by 2025.
Chevron’s new solar plant is expected to provide approximately 80% of energy needs at the Lost Hills oil field
The Cracker of the Future consortium plans to develop technologies that can heat 800°C+ furnaces with electricity instead of fossil fuels.
We invest in solutions that improve energy efficiency in transport, buildings and industry.
Boston Metal has developed a novel technology that enables a more efficient, more environmentally sustainable, and less costly production of critical metals, including steel.
Norsepower designs and manufactures mechanical rotor sails that provide auxiliary propulsion power for large ships, reducing their fuel consumption and associated emissions.
XL offers hybrid and plug-in hybrid electrification systems that improve fuel economy and reduce emissions in commercial fleet vehicles.
Achates is developing high fuel-efficiency opposed-piston engines that aim to significantly reduce carbon dioxide and nitrogen oxide emissions
75F delivers significant energy savings to commercial buildings with predictive, proactive automation of HVAC and lighting systems through a suite of wireless sensors, equipment controllers and cloud-based software.