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Is the acid used in uranium mining really as safe as "lemon juice"? In this deep dive, we unpack the dangerous chemistry of In-Situ Leaching (ISL) in the Stampriet Aquifer. We move past the metaphors to reveal the 30,000x factor: how mining concentrations exceed WHO safety guidelines by staggering margins. Discover why "liberating" heavy metals into our underground water creates a risk that can’t be undone.

Urgent Call: All Farmers in the Stampriet Aquifer Basin Must Participate in Critical Economic Impact Survey. The Future of Farming in the Kalahari Basin is Being Defined Right Now.

Following a recent exclusive meeting between Headspring Investments and the chair of the Parliamentary Standing Committee on Natural Resources, Dr Tobie Aupindi, and the Governor of the Omaheke Region, Dr Aupindi lamented the opposition to the development of a uranium mine in the underground drinking water aquifers in the Leonardville area, citing the lack of scientific evidence.

Russian company Rosatom is trying to drill for uranium in Namibia. Farmers say a vital aquifer that nourishes Southern Africa is at risk.

40 uranium exploration licences in the Stampriet Artesian Basin (SAB) cover a total of area 2.66 million hectares. This is 40% of the area

Namibian government has awarded uranium prospecting licenses to several mining companies across the aquifer system.

Below the Kalahari sands, the underground geology is an alternating succession of layers of porous sandstone that carry water

In situ leach (ISL) mining of uranium involves the drilling thousands of boreholes spaced between 20 and 30 m apart

The Stampriet Artesian Basin (SAB) or Stampriet Transboundary Aquifer System (STAS) extends from Namibia into Botswana and South Africa.