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Nuclear Vision was founded with a clear purpose: to unlock the full potential of the world’s most promising, yet underexplored uranium basins. From the outset, we have assembled a world-class team of geologists, engineers, and capital markets professionals with a track record of discovery, mine development, and value creation across Africa and beyond. Global uranium demand is set to surge as nations expand nuclear capacity to meet growing clean energy needs, and projects like UA92 will be critical to bridging the looming supply gap. We are committed to advancing UA92 efficiently, using the latest exploration technologies, AI-guided targeting, and proven operational practices.
At Nuclear Vision, we’re building more than a mine—we’re building a sustainable energy future, powered by responsible uranium development in one of the world’s most favorable jurisdictions.
Global energy demand continues to surge, outpacing long-term historical averages. In 2024, total demand grew by 2.2%, almost double the previous decade’s annual average of 1.3% (IEA, 2025 Global Energy Review). This growth is concentrated in emerging economies, led by Asia, while electricity consumption in particular is accelerating due to industrial electrification, digital infrastructure, and climate-driven cooling needs. Projections from the U.S. EIA suggest global electricity demand could rise 33–75% by 2050, reshaping the global energy mix (EIA, 2024 International Energy Outlook).
Training and deploying large AI models require massive computing power and sustained electricity demand
Global cloud infrastructure and hyperscale data centers are rapidly expanding, becoming one of the fastest-growing electricity loads
Accelerating EV adoption worldwide is transforming transport energy needs and driving growth in charging infrastructure
Heavy industry and manufacturing are shifting from fossil fuels to electricity, reshaping demand across power grids
As global energy demand accelerates, nuclear power offers a proven, large-scale solution that can deliver reliable, carbon-free electricity. Unlike intermittent renewables, nuclear plants provide consistent baseload power, supporting both industrial electrification and digital growth. With advances in small modular reactors, enhanced safety systems, and lifetime extensions of existing fleets, nuclear is poised to be a cornerstone of the future energy mix.
The uranium sector faces multiple structural challenges that constrain supply growth. Years of underinvestment following Fukushima and a persistent market focus on spot pricing have discouraged new development. Even when resources are identified, the long lead times in many producing regions mean discoveries can take years or even decades to advance into production. Supply reliability has also been undermined by unplanned delays and disruptions in key producer countries such as Niger and Kazakhstan, where political instability and logistical bottlenecks have hindered output. Adding to this uncertainty, geopolitical risks — including sanctions on Russia and shifting global trade policies — are creating new barriers to origin and transport, further complicating long-term uranium availability.
Botswana is an attractive mining jurisdiction due to its stable political environment, robust legal framework, and favorable economic policies that support and encourage mining investment. Additionally, Botswana offers excellent infrastructure, including reliable transportation networks and access to modern mining technology, which further enhances its appeal to mining companies.
Botswana leads Africa for mining policy and investor friendliness
Policy perception index (investment attractiveness of mining policy)
In-Situ Recovery (ISR) is a mining technique used to recover minerals without the need for open pit or underground mining. It is becoming increasingly popular due to its potential to reduce environmental impacts and improve the efficiency of mining operations.
At UA92, Nuclear Vision is targeting uranium mineralization hosted within shallow, flat to shallow dipping sedimentary rocks, enabling low cost drilling and the potential for low cost in-situ recovery.
Learn more about the UA92 project