TNL The News Lens: Key Commentary Network
- A man in a blue suit, shirt and pale blue tie, with brown hair combed back, looks to the right.
- A global shortage of skilled technicians is threatening the rollout of crucial carbon capture technology,potentially delaying efforts to meet aspiring climate goals.
- The problem isn't a lack of funding or political will, but a lack of peopel qualified to build and maintain these complex systems.
文：弗格斯．沃爾什（Fergus Walsh）
A man in a blue suit, shirt and pale blue tie, with brown hair combed back, looks to the right.
Photo Credit: BBC News
A global shortage of skilled technicians is threatening the rollout of crucial carbon capture technology,potentially delaying efforts to meet aspiring climate goals. Demand for engineers and tradespeople with expertise in areas like welding, pipefitting, and electrical work is surging as governments and private companies invest heavily in projects designed to remove carbon dioxide from the atmosphere.
The problem isn’t a lack of funding or political will, but a lack of peopel qualified to build and maintain these complex systems. Experts warn this “skills gap” could considerably slow down the deployment of carbon capture, utilization, and storage (CCUS) technologies – considered vital for limiting global warming to 1.5 degrees Celsius.
“We’re seeing projects get delayed, or even cancelled, as they simply can’t find the skilled labor needed,” says Dr. Emily Carter, a lead researcher at the Global CCS Institute. “It’s a very real bottleneck.”
Here’s a breakdown of the key challenges:
- Aging Workforce: Many experienced technicians are nearing retirement, taking decades of specialized knowledge with them.
- Limited Training Programs: few vocational schools and universities offer extensive training programs specifically focused on CCUS technologies. Existing programs ofen struggle to keep pace with the rapidly evolving field.
- Geographic Disparities: CCUS projects are often located in remote areas, making it difficult to attract and retain skilled workers.
- Competition from Other Industries: The energy sector is competing with other industries – like construction and manufacturing – for the same pool of skilled labor.
Several initiatives are underway to address the shortage. These include:
Government Investment: The U.S. Department of Energy recently announced $100 million in funding for workforce growth programs focused on CCUS. Similar initiatives are being launched in Europe and Asia.
Industry Partnerships: Companies are collaborating with vocational schools and universities to develop tailored training programs. ExxonMobil, for example, is partnering with Lamar State College Orange in Texas to train welders for CCUS projects.
Apprenticeship Programs: Expanding apprenticeship programs offers a pathway for individuals to gain on-the-job training and develop the skills needed for CCUS careers.
Though, experts say these efforts need to be scaled up significantly and quickly. “We need a massive, coordinated effort to train the next generation of CCUS technicians,” Carter emphasizes. “The future of climate action depends on it.”
The International Energy Agency (IEA) estimates that CCUS capacity needs to increase dramatically - from around 40 million tonnes of CO2 captured annually today to over 1.5 billion tonnes by 2030 – to meet climate targets. Without a skilled workforce, achieving that goal will be a major hurdle. Learn more about CCUS from the IEA.
The situation highlights a broader challenge facing the clean energy transition: the need for a skilled workforce to build, operate, and maintain the technologies required to decarbonize the global economy.