Australia Wide Over
The Inland Highway
Water soluable
Amorphus Silica
BSiO² Mining is an environmentally-conscious mine that specializes in processing Diatomaceous Earth (DE) on Far North Queensland Australia.
Boasting reserves in excess of 10 million tonne, the BSiO² Mine is a reliable source of this unique substance.
What sets our Diatomaceous Earth apart is its distinctive water-soluble amorphous silica, a characteristic that has made it a staple in the agricultural sector for over 20 years, with documented success in improving soil properties and increasing crop yields.
Moreover, BSiO² Mine is leading the charge in sustainable construction as our DE serves as an innovative additive for green cement. With 15-25% diatomaceous earth in the mix, it improves concrete strength and structure, while significantly reducing emissions by minimizing cement usage.
Our commitment to environmental stewardship and industry innovation makes the BSiO² Mine a trusted partner for a greener future.
Boasting reserves in excess of 10 million tonne, the BSiO² Mine is a reliable source of this unique substance.
What sets our Diatomaceous Earth apart is its distinctive water-soluble amorphous silica, a characteristic that has made it a staple in the agricultural sector for over 20 years, with documented success in improving soil properties and increasing crop yields.
Moreover, BSiO² Mine is leading the charge in sustainable construction as our DE serves as an innovative additive for green cement. With 15-25% diatomaceous earth in the mix, it improves concrete strength and structure, while significantly reducing emissions by minimizing cement usage.
Our commitment to environmental stewardship and industry innovation makes the BSiO² Mine a trusted partner for a greener future.

Energy Storage
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Farming
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Smarter Concrete
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Spill Control
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Kitty Litter
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News
Research
DE Reduces Salinity in Soil
DE can help reduce soil salinity, which is particularly beneficial for improving plant health and…
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Amorphus Silica
There have been several studies conducted on amorphous silica over the years. Here are some…
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The Effect of DE Partial Replacement in Cement
This research aims to investigate the fresh and mechanical properties of concrete with diatomaceous earth…
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