Cryptocurrency has a climate problem. Bitcoin mining consumes roughly 120 TWh of electricity per year — more than many countries. Critics rightly argue that the environmental cost of "meaningless hash puzzles" is indefensible at a time of climate crisis. Solvexoria flips this narrative: our mining is not just carbon-neutral — it actively advances climate science.
Solvexoria's browser mining model is fundamentally different from ASIC-based crypto mining. When you mine SXOR, you're using your computer's existing idle capacity — compute cycles that would otherwise warm a transistor with no output. The marginal electricity cost is near zero. There's no new hardware manufactured, no datacenter built specifically for mining.
Solvexoria's largest active problem — the Carbon Capture Optimization challenge — uses distributed computing to model carbon sequestration at scale. With 8 billion people affected by climate change and 2,000,000 total computation chunks, this is the most ambitious problem on the network.
The computation models how different geological formations, chemical processes, and atmospheric conditions interact in carbon capture systems. The goal: identify optimal configurations for direct air capture and enhanced weathering that can be deployed cost-effectively at industrial scale. This research directly informs the next generation of carbon removal technology.
By choosing the Carbon Capture Optimization problem, your mining contributes to real climate science. The research dataset will be published openly, enabling climate engineers worldwide to design better carbon removal systems. In a world racing to reach net-zero by 2050, every chunk matters.
"The same compute cycles that would have been wasted are now building the dataset that could help us remove a billion tons of CO₂." — Climate Research Team
Mine for the climate. Earn SXOR. Save the planet.
Mine Climate Research →