New research and analysis by IHS Markit, an information analytics and solutions provider, revealed that oil and gas field operations are beginning to be fueled by renewable energy to reduce carbon emissions associated with operations.

“There is a striking pace of growth over the past few years and a dynamic commercial environment for delivering renewable energy to oil and gas operations,” Judson Jacobs, executive director of upstream energy at IHS Markit, said. “Energy efficiency efforts and reductions in flaring can only do so much to lower greenhouse gas emissions, so some companies are turning to zero-carbon sources to power their upstream, midstream and downstream operations.”

While the numbers are small, they have been growing rapidly over the past two years. There were fewer than 15 of these renewable energy projects from the early 2000s (when the industry first deployed such technologies) through 2017. IHS Markit now tallies more than 45 announced projects in its oil and gas field-based renewable energy database, with 13 announcements made in 2018 and 15 made in 2019.

Projects announced in 2018 and 2019 are expected to avert more than 3 million metric tons (MMT) of annual carbon dioxide (CO2) emissions combined. By contrast, projects one year prior averted only 0.3 MMT. Deployments are occurring in both new developments and existing assets, with solar the most prominent renewable technology, followed by hydropower and wind. These deployments are part of companies’ broader greenhouse gas emissions management strategies that IHS Markit tracks and analyzes.

Several factors beyond emissions reduction are also driving the growing interest for renewables in oil and gas operations, Jacobs said.

“Stakeholder pressure to reduce emissions is a factor,” Jacobs said. “It is also about steeply declining costs for renewables and the industry’s growing familiarity and experience with these technologies. And there are tangible improvements to operational performance that go along with using them.”

Field-based renewable installations are demonstrating reliability. And electrification — drawing renewable-generated power direct from the grid, as to offshore platforms in Norway — removes most energy generation equipment entirely, enabling the need for fewer on-site personnel to operate it and smaller facility footprints. Additional benefits include reduced maintenance expenses and the elimination of fuel deliveries to site.

While IHS Markit expects that the number of field-based renewable energy projects will continue to accelerate in the coming years, several challenges must be overcome before widespread adoption. Cost relative to traditional energy generation sources, the development of supply chains in remote regions and energy storage for intermittent renewable sources are all significant factors currently constraining growth.

“North America and Europe, where renewables deployments have been most prolific to date, are still growing,” Minuri De Silva, research analyst of costs and technology at IHS Markit, said. “And other conducive regions such as the Middle East, Latin America and Asia are also poised for greater adoption as they address technical and commercial issues. The growth potential is significant.”

Likewise, the types of oil and gas companies utilizing field-based renewables are widening. International oil companies (IOCs) have been leading in this area, but use has expanded to national oil companies (NOCs), independent exploration, production firms and even oil field services firms in recent years.

“The activity in the oil and gas field–based renewable energy space is at what we call the ‘early adopter stage.’ It is a dynamic and important trend to follow,” Jacobs said.

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