Schlumberger and Aramco to collaborate on digital sustainability solutions for hard-to-abate carbon industries

Source: press release, 20 September 2022

Schlumberger Chief Executive Officer, Olivier Le Peuch (photo: Schlumberger)

Schlumberger and Aramco have announced plans to collaborate and develop a digital platform that will provide sustainability solutions for hard-to-abate industrial sectors.

The proposed platform will enable companies in industries such as oil and gas, chemicals, utilities, cement and steel to collect, measure, report and verify their emissions, while also evaluating different decarbonisation pathways.

“Aramco and Schlumberger are hoping to draw on our long history of collaboration and partnership to deliver a digital sustainability ecosystem that enables global organisations to manage their carbon emissions and realise ambitious sustainability goals,” says Olivier Le Peuch, chief executive officer, Schlumberger. “The sustainability platform will be a game changer for the energy and hard-to-abate industry sectors as they look toward a lower-carbon future.”

“This collaboration represents an unprecedented opportunity for both companies to leverage digitalisation to tackle one of the most critical challenges of our generation. At the same time, it would expand digital capabilities within the Kingdom of Saudi Arabia and harness Schlumberger’s global reach to potentially deliver a worldwide impact,” says Ahmad A. Al-Sa’adi, senior vice president of Technical Services at Aramco.

Customers will be able to measure and report baselines, targets, emissions, offsets and credits, which will help them manage their carbon footprints more effectively by increasing the availability and visibility of relevant data in a transparent and flexible solution.

Building on an open architecture, the platform will be extendable into other aspects of the industries’ sustainability efforts, both current and future, and will ultimately include workflows such as water sustainability and management, methane emissions measurement, flaring reduction and prevention, and carbon capture and storage.