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In our last post, we introduced Project GEMI's solution to one of the world's biggest and most immediate challenges: powering the AI revolution by capturing stranded gas. This model is a pragmatic, powerful win-win, turning a massive environmental liability—flared gas—into the computational power we need today . But we were clear: solving today’s problem is only the beginning. Stranded gas is our bridge . It allows us to deploy compute power rapidly, capture emissions, and bu

By Rory Heier From Flare Gas to Future Tech: How Project GEMI is Powering AI with Stranded Energy The artificial intelligence revolution is here. From life-saving drug discovery to generative AI that can write code and create art, the possibilities seem limitless. But this revolution has a voracious appetite—an insatiable, accelerating demand for computational power. That demand for power is the single biggest bottleneck to the future of AI. Building a new, large-scale AI dat

By Rory Heier Energy demands continue to rise worldwide, driven by digital transformation, cloud computing, and the growing need for sustainable solutions. Traditional data centers often struggle to keep pace with these demands due to their fixed infrastructure, high energy consumption, and limited flexibility. GEMI offers a fresh approach by combining modular data centers with energy-efficient technology, reshaping how energy is produced, managed, and consumed. GEMI modular