Integrating renewable power into oil and gas operations


In emerging countries, developing renewable power capacity can face barriers including grids that struggle with intermittent resource, and difficulties in offering security of payments to investors over a plant’s lifetime. By deploying financial and technical capabilities via local joint ventures, international oil companies like Eni are able to help overcome these barriers, whilst reducing the carbon footprint of their own operations.


Eni is using solar energy as a hybrid power option across a series of their oil and gas operations in emerging countries. Starting in Algeria with 10MWp at Bir Rebaa North in 2019, followed by installation of the Bhit solar plant of 10MWp in Pakistan in 2019, and the 5MWp Adam plant in Tunisia in January 2020, the company has reached over 25 MWp capacity of clean power.

Using state-of-the-art configurations, the plants reduce gas consumption at Eni’s nearby production facilities and demonstrate that renewables can efficiently support upstream operations, providing zero carbon energy to power oil treatment.


The 5 MWp Adam plant is saving over 6,500 tonnes of carbon dioxide emissions a year. It includes a 2.2 MWp storage battery – a hybrid system combining gas, photovoltaic and storage that is one of the most innovative in the world. The larger 10 MWp Bhit plant is expected to avoid more than 144,000 tonnes of emissions over its lifetime.


Expanding impact

These projects are part of Eni’s overall strategy for decarbonization and transformation towards green energy and emissions reduction. They are conducted in joint venture with local partners, who can then deploy the same experience on other facilities in their country and contribute to the growth of the renewable sector. This business model combines both economic and financial sustainability with environmental sustainability.

What OGCI member companies are doing to reduce methane emissions

Member companies are expanding leak detection and repair campaigns, removing high-emitting devices, and reducing both flaring and venting.