Chemical- and corrosion-resistant water storage engineered for the harshest industrial conditions. When process water carries aggressive chemistry and failure carries millions in risk, specification matters.
Mining and industrial operations place extreme demands on water storage. Process water can be high in chlorine, low in pH, or chemically aggressive — conditions that destroy galvanised coatings and plastic liners. Tanks must perform reliably in remote locations where maintenance access is limited and downtime is expensive.
Cheap galvanised tanks transfer corrosion risk straight to the operator. In aggressive water chemistry, sacrificial coatings deplete quickly, liners fail, and the result is leaks, contamination and unplanned shutdowns — exactly what a mine or plant cannot afford.
The Rhino Tank™ is built with Fusion Bonded Epoxy coating inside and out, forming an impermeable, chemical-resistant barrier rated for aggressive pH 2–11 conditions and 3,000-hour salt-spray resistance. Delivered in modular panel form, it assembles on remote sites and is repairable on-site — ideal for mining process water, effluent holding and industrial storage.
Key Benefits
FBE coating handles aggressive pH 2–11 process water.
3,000-hour salt-spray rated, with no sacrificial liner to fail.
Modular panels transport and assemble anywhere in Africa.
Interchangeable panels minimise downtime and lifecycle cost.
Net capacity up to ~10,700 kL (10.7 million litres).
Non-permeable interior for holding applications.
Return on Investment
Mining & Industrial FAQ
Fusion Bonded Epoxy sectional steel tanks are specified for mining because of their chemical resistance and structural durability in aggressive water chemistry, including high-chlorine and low-pH process water.
Yes. Tanks are delivered in compact panel form for transport and modular on-site assembly anywhere in Africa, with panels that are interchangeable and repairable on-site.
Rhino Tank™ net capacities scale up to approximately 10,700 kL (10.7 million litres), built from S355 carbon steel (Fy 420 / Fu 550 MPa) with single plates from 1.6 to 8.0 mm, sized to your process requirements.
Talk to our engineering team about your process water storage.
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