The US energy and chemicals (E&C) sector contributes over US$1.2 trillion to GDP and accounts for nearly 23% of exports.1 Additionally, almost 96% of all manufactured goods are directly affected by the business of chemistry.2 The sector also creates significant employment opportunities: For every person needed to produce and transport oil and gas (O&G), nearly 5.25 people are required to convert it into gasoline, chemicals, or plastics.3
Over the last decade, the E&C sector has utilized market shifts as opportunities to catalyze innovation and productivity increases. Growing macroeconomic uncertainty amid a renewed focus on US energy and manufacturing may provide further opportunity for innovation. How can companies upskill their workforce to lead the next round of technological advancement and build a sustained advantage in the industry?
The answer is complex due to an aging workforce, competition for skilled employees even beyond the energy sector, the physically demanding nature of some roles, and the cyclical nature of some subsectors.4 Further, the sector is addressing rising cost pressures, the disruptive impact of generative and agentic AI, and the ongoing evolution of end markets.5
To help gain a deeper understanding of the E&C workforce, consider a holistic view—one that goes beyond headline direct employment numbers and considers other ways the sector manages its operations. For example, our analysis (see key highlights below) suggests that the sector’s implied employment6 has declined by only 2.1% since 2014, compared with a 6.5% fall in direct employment.7 This includes adjustments for productivity gains and the use of external talent ecosystems (third-party contractors and outsourced IT staff). The collapse of oil prices in 2014 and again in 2020 prompted the O&G sector, particularly the upstream and oilfield services subsectors, to focus on process innovations (such as multi-pad drilling and longer laterals) and digital transformation to boost productivity. Meanwhile, the downstream refining and chemical subsectors, with established processes and input-output ratios, have not experienced the same increase in labor productivity.8
Therefore, the key to honing a competitive edge is to adopt a targeted transformation approach to talent, covering employment structures, occupational composition, skills and capabilities, and mobility of both tasks and people.
Over the next 10 years, rapid digital developments, particularly in generative and agentic AI, are expected to alter workforce composition and productivity trends. The sector’s direct workforce employment is projected to increase by 4.1%.15 However, rather than focusing solely on direct employment numbers, consider enhancing workforce effectiveness and empowerment enabled by advanced analytics, next-gen tools and systems, and targeted upskilling—leveraging the full scale of talent from internal to external sources. Additionally, the leadership of US E&C companies will likely need to manage people and virtual agents/bots. They are also expected to face a challenge of upskilling nearly 60% of their workforce over the next decade.16 How companies respond could determine whether they drive the next wave of innovation and strengthen their position in the industry.
To learn more about how sector leaders can redefine their work, workforce, and workplace strategies to thrive in an evolving landscape, download the full report.