Dylan Mukoroli
You hear the same argument over and over again: you cannot mine uranium where water is precious, especially not near Leonardville. The Stampriet Aquifer is sacred, they say.
Touch it, and you risk poisoning everything. Some headlines go as far as suggesting that even a dash of uranium could contaminate an entire region.
The mining method they are so determined to discredit is in-situ leach recovery (ISL), a process that does not involve digging massive open pits but instead works with the minerals already contained in the underground rock formations.
Let us talk plainly about what in-situ leach recovery actually entails. The uranium is already present in the rock formations through which groundwater moves.
The process does not create the mineral or introduce contamination into an otherwise untouched underground water source.
Instead, it uses a carefully controlled solution to dissolve the uranium already contained in the rock, pumps the solution to the surface, extracts the mineral and manages the remaining solution.
When properly implemented, with appropriate monitoring wells, containment measures and restoration plans, this method has been used internationally for decades.
It also leaves the surface largely undisturbed, without massive open pits or mountains of waste rock. That is precisely the point.
There is strong reason to consider this method suitable for the geological conditions of the Stampriet Aquifer. We are not reinventing the wheel.
We are looking at an internationally established mining method and ensuring that all operations are conducted in accordance with recognised standards and best practices.
By no means are we suggesting that concerns about water safety are irrelevant. Of course, they are important and deserve serious consideration.
Yet the scare tactics continue. In one of SAUMA’s videos, an individual claimed that miners would be pouring “battery acid” directly into the drinking water of the entire region.
That language is not science; it is theatre. It creates an image of reckless dumping, when the reality is a managed process designed to operate within a controlled zone. And no, battery acid is not what will be used.
Misinformation of this nature does not protect anyone. It misleads communities and creates a false narrative intended to frighten people away from the opportunities that could come with the project. Fear becomes the product, rather than facts.
As farmers, we understand risk better than most. Every season, we put seeds in the ground without any guarantee of rain, favourable prices or a ready market when the harvest comes.
We continue planting because our livelihoods depend on it. We plan, build resilience and manage risks every day.
Mining is no different for the people of Leonardville. They look at this project and see jobs, skills development, income and an opportunity to lift their families out of the same difficult cycle that many of us know too well.
They are not blind to the importance of water. They live with its scarcity and value every day.
They simply refuse to accept that the only future available to them is one of permanent struggle and generational hardship, while those who do not share their reality lecture them about the dangers of contamination.
That is why the argument frequently advanced by opponents of the method, that a few hundred jobs in a “relatively small community” can never justify any risk to water, falls so badly.
It treats the people of Leonardville as an afterthought. It reduces their hardship to a footnote in a much bigger environmental debate.
That, in itself, is a serious concern. It suggests that the community’s poverty and unemployment are somehow less important than a worst-case scenario that has not been demonstrated on the ground in this particular project.
It undermines the very people who have to live with both the water challenges and the lack of economic opportunities.
You cannot claim to care about the land while dismissing the people who work it and depend on its resources.
Mining can thrive in a water-sensitive area when it is conducted responsibly and in accordance with international standards governing in-situ leach recovery.
This requires the mining method to be suited to the geology, monitoring to be genuine and continuous, and communities to be meaningfully consulted and able to share in the benefits.
In-situ leach recovery is not perfect. No mining method is. However, it is not the environmental villain it has been portrayed as. The resource is already present in the water-bearing rock formations.
The question is whether we can manage its extraction responsibly or continue telling communities that any form of development is simply too dangerous for them.
Leonardville does not need another lecture about how fragile its environment is.
It needs a fair hearing for a mining method that, if properly regulated, scientifically managed and continuously monitored, could bring meaningful economic benefits without the extensive surface destruction associated with conventional mining.
Fear and false narratives will not protect the aquifer indefinitely. Honest work, effective regulation, continuous monitoring and respect for the people who live in the area offer a much better way forward.
*Dylan Mukoroli is passionate about sustainable community development.
