Pablo Vazquez Caeiro currently serves as the Green Hydrogen Director at Capital Energy, where he spearheads the strategic deployment of green hydrogen initiatives within the renewable energy sector. With a robust background as an executive-level engineer, Pablo brings a wealth of international experience to his...
Pablo Vazquez Caeiro currently serves as the Green Hydrogen Director at Capital Energy, where he spearheads the strategic deployment of green hydrogen initiatives within the renewable energy sector. With a robust background as an executive-level engineer, Pablo brings a wealth of international experience to his role, particularly in the areas of wind energy, photovoltaic systems, hybridization, and energy storage solutions, including batteries and hydro pumped storage. His expertise extends to the engineering, procurement, and construction (EPC) of process plants, focusing on innovative projects such as green ammonia, methanol, e-fuels, and biofuels.
At Capital Energy, Pablo is instrumental in shaping the company’s green hydrogen strategy, driving the transition towards sustainable energy solutions. He is currently leading several key projects aimed at optimizing the design and operational efficiency of hydrogen production facilities. His comprehensive understanding of project finance, permitting processes, and construction management ensures that these initiatives are not only viable but also aligned with the latest industry standards and regulations.
Pablo’s strategic planning skills are complemented by his hands-on experience in operations management and international human resources, enabling him to effectively coordinate multidisciplinary teams across various geographies. His ambition and drive are evident in his commitment to advancing the renewable energy landscape, particularly through the integration of green hydrogen technologies. As the industry continues to evolve, Pablo remains at the forefront, leveraging his mechanical engineering background and extensive knowledge to foster innovation and sustainability in energy production.