Rainbow Rare Earths - Successfully Operating in South Africa

Why It Matters

The low‑power, ready‑made infrastructure gives Rainbow Rare Earths a cost advantage and supports a secure, domestic source of critical minerals as global demand accelerates.

Key Takeaways

• South Africa's grid now has surplus power from solar and wind.
• Rainbow Rare Earths requires only 8‑10 MW, far below typical mines.
• Plant uses existing gypsum stack, leach tanks, skipping early mining steps.
• Located in Phalaborwa, near three mines and a skilled Sasol workforce.
• Existing fenced site avoids relocation, reducing development time and costs.

Summary

Rainbow Rare Earths highlighted its successful operations in South Africa, noting that the country’s chronic load‑shedding has ended and the national grid now reports a surplus thanks to recent solar and wind installations.

The company’s rare‑earth plant consumes only about 8‑10 MW of electricity, a fraction of the 40 MW typical for conventional mining operations. By starting its process downstream—using a chemically cracked gypsum stack and leach tanks—it bypasses energy‑intensive drilling, crushing, milling and flotation stages.

Rainbow’s facility sits in Phalaborwa, a mining town of six decades, within a 2‑3 km radius of three active mines and adjacent to the former Sasol phosphoric‑acid plant. The existing fenced site and local skilled workforce from Sasol provide immediate operational capacity without community relocation.

These factors lower capital and operating costs, accelerate project timelines and position South Africa as a viable hub for rare‑earth production, appealing to investors seeking stable, low‑carbon supply chains.

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00:00 Rainbow Rare Earths - Successfully operating in South Africa