energy
wild blue makes - the world takes
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Oil & gas
2024 marked a year of immense progress and achievement in oil and gas. This enduring success points to streamlined operations, increased collaboration, and forward-thinking strategies that will keep energy moving forward.
One of the most exciting shifts for 2025 is the streamlining of Liquefied Natural Gas (LNG) exports. Wild Blue is planning for increased hiring for active projects, enhancement of capabilities, and stronger operations.
Beyond exports, more drilling and exploration are on the horizon, alongside the acquisition of midstream facilities to optimize the flow of resources. These advancements not only heighten production capabilities but also create a ripple effect of prosperity throughout the energy supply chain.
One of the most exciting shifts for 2025 is the streamlining of Liquefied Natural Gas (LNG) exports. Wild Blue is planning for increased hiring for active projects, enhancement of capabilities, and stronger operations.
Beyond exports, more drilling and exploration are on the horizon, alongside the acquisition of midstream facilities to optimize the flow of resources. These advancements not only heighten production capabilities but also create a ripple effect of prosperity throughout the energy supply chain.
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renewables
The energy sector's hiring landscape emphasizes professionals skilled in renewable energy integration, distributed energy resource (DER) management, data analytics, cybersecurity, and smart grid technologies.
Wild Blue understands there will be a sustained demand for engineers, analysts, technicians, and specialists who can navigate complex grid operations and evolving policy frameworks. Key roles will include electrical grid analysts, data scientists, DER integration specialists, cybersecurity experts, and project managers dedicated to grid modernization efforts.
Salaries in renewable energy sector are predicted to be on average 17% higher in the same functional roles needed in other tech sectors.
nuclear
The demand for electricity to power AI data centers is rapidly increasing, putting significant strain on traditional energy sources.
To keep up with the need for clean energy in AI and data centers, experts predict that the energy supply for these facilities will need to triple by 2030. Nuclear power, known for its high energy density and reliable output, is well-positioned to provide the consistent electricity base required.
A 20-year partnership with Microsoft and the company’s goal to achieve carbon neutrality by 2030, could support the potential reopening of Pennsylvania's Three Mile Island Unit 1 reactor (TMI-1) that could play a key role in sustainably aiming to supply carbon-free energy to support the growing electricity demands of AI data centers.
To keep up with the need for clean energy in AI and data centers, experts predict that the energy supply for these facilities will need to triple by 2030. Nuclear power, known for its high energy density and reliable output, is well-positioned to provide the consistent electricity base required.
A 20-year partnership with Microsoft and the company’s goal to achieve carbon neutrality by 2030, could support the potential reopening of Pennsylvania's Three Mile Island Unit 1 reactor (TMI-1) that could play a key role in sustainably aiming to supply carbon-free energy to support the growing electricity demands of AI data centers.