We offer product ranges that can be incorporated into a wide range of industrial, agricultural and food formulations. But the benefits of calcium carbonate are numerous, enabling it to be used in other fields of application, such as drilling, water treatment and paper-making.

Drilling

Calcium carbonate is widely used in drilling to control fluid density, plug fluid losses and adjust viscosity, all while being a natural, biodegradable product. These properties make it an essential component for improving the safety and efficiency of drilling operations.

Water treatment

Our calcium carbonates are also used to adjust pH and soften water. By neutralizing excess CO2 in so-called "aggressive" water, by passing this water through Neutralite filters, a mineral composed of almost 98% calcium carbonate.

Flue gas treatment Desulfurization

Calcium carbonate is used in the desulfurization process, in particular to neutralize sulfur dioxide (SO₂) emissions most often originating from the combustion of fossil fuels such as coal. This process helps reduce air pollution and comply with environmental regulations.

Detergents & insecticides

In detergents, our calcium carbonate is used as a bulking agent and mild abrasive, improving cleaning efficiency while reducing costs. In insecticides, it acts as a carrier for the active ingredients, facilitating their application and ensuring uniform distribution.

Paper & board

Used as a filler and coating agent, our calcium carbonate improves the whiteness, opacity and smooth surface of papers, thereby enhancing print quality. It enhances the brightness and optical qualities of paper, and reduces production costs by replacing part of the cellulose fibers.

Abrasives

Thanks to its gentleness and ability to polish without damaging surfaces, calcium carbonate is commonly used in polishing and cleaning products, where it removes dirt, stains and impurities while being gentle enough not to scratch delicate materials.

Glassware

During the glassmaking process, our calcium carbonate lowers the melting temperature of raw materials, facilitating the melting process of silica sand and other components. This reduces energy costs and improves glass quality by contributing to the fluidity of the molten mixture. It can also influence the optical properties and durability of the final glass.

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