Bernard Looney Becomes Chairman of $10 Billion Prometheus Hyperscale Data Center in Wyoming
Bernard Looney is now the chairman of Prometheus Hyperscale, which develops data centers. The company plans to build a one-gigawatt data center campus in Wyoming, USA, costing up to $10 billion.
Looney stated on LinkedIn that Prometheus’s data centers will aim to be self-sufficient. This approach should prevent local power prices from increasing. The flagship project in Evanston, Wyoming, benefits from abundant wind, solar, and natural gas resources. He noted that cooling could use underground reservoirs, and employing liquid cooling can cut power usage by 50%, allowing for waste heat to be reused.
Looney aims to make the Wyoming campus one of the largest data centers in the world. Some of the 640-acre site is already cleared, and permits are secured. Future expansion plans include Arizona, Colorado, and global locations, all with a focus on sustainability. He expressed enthusiasm for this new challenge.
Since departing BP, Looney has focused on the intersection of energy, AI, sustainability, and finance. He highlighted that AI requires vast energy resources and aims to maximize its benefits while minimizing downsides. Looney acknowledged that traditional data centers often increase local power needs and electricity costs, which can deter their construction.
What are the key sustainability practices that data centers can implement to minimize their environmental impact?
Interview with Dr. Emily Sanders, Renewable Energy Specialist
Interviewer (News Directory 3): Thank you for joining us today, Dr. Sanders. We’re here to discuss Bernard Looney’s recent appointment as chairman of Prometheus Hyperscale and the ambitious plans for a $10 billion data center campus in Wyoming. What are your thoughts on the sustainability initiatives being proposed?
Dr. Emily Sanders: Thank you for having me. Bernard Looney’s shift to Prometheus Hyperscale is intriguing, especially considering his background in the oil industry. The focus on creating self-sufficient data centers aligns with contemporary needs for sustainable energy use. By harnessing local wind, solar, and natural gas resources, the project not only promises to keep local energy prices stable but could also set a benchmark for future data center designs.
Interviewer: Looney mentioned using underground reservoirs for cooling and employing liquid cooling to cut power usage by 50%. How significant are these innovations in the data center industry?
Dr. Sanders: These strategies are game-changers. Traditional cooling methods are energy-intensive and can significantly increase operational costs and local energy demands. By utilizing underground reservoirs, they can leverage natural cooling systems, which is a more environmentally friendly approach. Liquid cooling systems have also proven to be more efficient for high-density compute environments, allowing them to minimize energy use and reuse waste heat effectively. This could reduce the overall carbon footprint of the facility.
Interviewer: The Wyoming campus aims to be one of the largest data centers globally. What does this mean for the region, and what challenges might they face?
Dr. Sanders: Building such a large facility can have both positive and negative impacts. On the positive side, it could drive economic growth, create jobs, and position Wyoming as a leader in sustainable technology. However, there are challenges, including potential environmental impacts, local infrastructure demands, and the integration of renewable energy sources. It’s crucial for them to engage with the community and consider broader environmental implications during these developments.
Interviewer: With Looney’s experience at BP and the challenges he faced there, how do you think this experience will influence his leadership at Prometheus?
Dr. Sanders: Looney’s background at BP, particularly his focus on transitioning to renewable energy, gives him a unique perspective. He understands the dynamics of the energy market and the importance of sustainability in business practices. However, he must navigate the lessons learned from his tenure at BP, including the need for transparency and ethical governance. His focus on energy, AI, and sustainability suggests he aims to create a balance between innovation and responsibility in this new venture.
Interviewer: what are the implications of these developments on the broader tech and energy landscape?
Dr. Sanders: This initiative could significantly shift how data centers operate, pushing the industry toward more sustainable practices. As AI and machine learning technologies grow, the demand for data centers will also increase, emphasizing the need for efficient energy use. If Prometheus is successful in demonstrating that data centers can indeed be sustainable, it could inspire other companies to follow suit, thereby accelerating the transition to more environmentally friendly technologies across sectors.
After leaving BP, Looney lost approximately £32.4 million (€37.5 million) in pay. BP’s board found that he had misled them regarding his conduct, leading to serious misconduct and his dismissal without notice in December 2023.
In September 2023, Looney admitted he had not fully disclosed past relationships with colleagues. An internal investigation revealed additional undisclosed relationships.
Looney grew up on a dairy farm in Kenmare, Ireland. He is the youngest of five children and graduated from University College Dublin. He joined BP in 1991, initially unaware of corporate operations. He became the CEO in February 2020, promising to guide BP towards net-zero emissions by 2050 and to invest heavily in renewable energy.