FAQ

The uranium in the ore body has been loosened/dissolved by the exploration drilling, hence there are radionuclide in the water. af

False

There is a big difference between In-Situ Recovery and fracking. Fracking uses explosives or high air pressure water to break open rock formations deep underground and collect deposits of natural gas and oil, while with In-Situ Recovery boreholes are drilled into the aquafer where the ore body is situated in order to extract the uranium, without any altering of the aquifer. af

The uranium in the ore body has been loosened/dissolved by the exploration drilling, hence there are radionuclide in the water.

False

There is a big difference between In-Situ Recovery and fracking. Fracking uses explosives or high air pressure water to break open rock formations deep underground and collect deposits of natural gas and oil, while with In-Situ Recovery boreholes are drilled into the aquafer where the ore body is situated in order to extract the uranium, without any altering of the aquifer.

The uranium in the ore body has been loosened/dissolved by the exploration drilling, hence there are radionuclide in the water.

False

There is a big difference between In-Situ Recovery and fracking. Fracking uses explosives or high air pressure water to break open rock formations deep underground and collect deposits of natural gas and oil, while with In-Situ Recovery boreholes are drilled into the aquafer where the ore body is situated in order to extract the uranium, without any altering of the aquifer.