Addressing the climate challenge

For some, the idea of an oil and gas company positively contributing to the climate challenge is a contradiction. We don’t think so.

As a world-leading energy business, we are uniquely qualified to make effective contributions to the overall solution.

Our contributions to the climate challenge are tangible expressions of our ethos, supported by company policies, of conducting our business in a way that addresses the climate challenge.

The challenge is to meet the world’s energy needs while managing emissions. We are answering this by focusing on:

Carbon intensity

We believe the key to combating climate change is to focus on reducing emissions as well as implementing abatement measures such as natural sinks that absorb CO₂.

Meeting global emissions reduction targets requires the prompt and coordinated action of governments, the business community, NGOs, and individuals to all play an active part in helping to curtail rising levels of green house gas emissions.

Sustaining low carbon intensity crude oil

A study conducted in 2017 and published in early 2018 in Nature Energy examined the well-to-refinery carbon intensity of all crude oil grades supplied to the Chinese market, including those imported or produced locally.

In crude oil production and processing, carbon intensity is a measure of the greenhouse gas emissions associated with producing a barrel of oil from the well to the refinery. The study examined crude oil grades supplied from over 100 oil fields in 20 countries and concluded that Saudi Arabian crude oils have the lowest carbon intensity.

The low carbon intensity advantage of Saudi Arabian crude oil is a result of multiple factors, including our long-standing practices in well completion, reservoir management, and flare minimization.

For example, technologies such as mobility geosteering, multilateral wells with smart completions, and peripheral water flooding, have led to low water production per barrel relative to the depletion stage of the reservoir, which directly translates to lower energy requirements to process and recycle water, and consequently reduces our greenhouse gas emissions in oil production and processing.

Flaring reduction

Since 1980, we’ve been recovering previously flared gas — resulting in significant greenhouse gas emissions avoidance. By installing flare gas recovery systems, establishing stringent guidelines, and tracking key performance indicators, our flaring intensity remains at less than 1% of our annual gas production.

We continue to progress towards our eventual goal of zero routine flaring. As part of our Flaring Minimization Program, we have completed the installation of multiple flare gas recovery systems, including at our onshore Safaniyah facilities. 

Research and development

Our research and development programs address four areas of strategic importance:

• sustaining low carbon intensity crude oil
• growing non-fuel applications for crude oil
• advancing sustainable transport
• driving high-impact solutions

These emissions-reducing technologies enable higher transport efficiency, cost effectiveness of CCUS (carbon capture, utilization and storage), and low carbon intensity in our operations.

To address these areas we are harnessing the power of the Fourth Industrial Revolution with technologies that include big data, advanced analytics, and artificial intelligence. For example, our Engineering Solutions Center combines operational data, advanced analytics, and in-house technologies and expertise to monitor company energy consumption and achieve near zero flaring intensity. 

The technologies we are developing — particularly if adopted on a global scale — have the potential to make game-changing contributions to the reduction of emissions from the production and use of hydrocarbon energy sources.

Emissions to value

We see CO₂ not just as an emission to be controlled, but as an opportunity to create additional value. We go beyond reducing emissions; we convert captured CO₂ and other gases into useful industrial products and manufacturing feedstocks that boost economic growth and job creation.

Our Converge® polypropylene carbonate polyols product line, enables the conversion of waste CO₂ into cleaner, high-value materials with significant performance, cost, and carbon footprint improvements.

The Converge® polyols technology takes CO2 and combines it with hydrocarbon feedstocks to create high performing polyols for use in everyday applications such adhesives, sealants, and elastomer applications. Containing up to 50% CO₂ Converge® polyols have a significantly reduced carbon and energy footprint when compared to conventional petroleum-based products. 

Impactful collaborations

We have joined forces with public and private institutions around the world to accelerate the development of cost-effective and scalable emission-reducing technologies that make significant contributions to the climate challenge.

We are working closely with industry partners through the Oil & Gas Climate Initiative (OGCI) to speed development of carbon capture and storage technologies and other GHG solutions.

Over the next decade, OGCI members – composed of 10 global oil and gas companies accounting for one-fifth of the world’s oil and gas production – have each pledged an investment of $100 million to OGCI Climate Investments (OGCI CI). OGCI CI will develop and accelerate the commercial deployment of innovative, low-emission technologies.