OUR APPLICATIONS

Biochar for Metallurgy: Performance and Emission Reduction

In a context where process optimization and carbon footprint reduction are strategic priorities, biochar composites are positioned as a high-performance alternative to traditional fossil-based coals.

In the metallurgical industry, it is an effective substitute for fossil coal in blast furnaces, allowing a significant reduction in CO² emissions and greenhouse gases (GHGs). Thanks to its physicochemical properties, biochar improves the reactivity of reduction reactions, promoting a more efficient conversion of minerals.

A strategic lever for decarbonization

The replacement of fossil fuels such as anthracite allows for a massive reduction in GHG emissions, equivalent to thousands of tons of CO² avoided. This transition is part of a continuous improvement process, aligned with the strictest environmental regulations.

Integration of biochar: a sustainable and cost-effective approach

Adopting biochar means going beyond a simple substitution: it's about integrating a solution that improves industrial efficiency, optimizes costs, and supports your sustainability commitments. By anticipating regulatory requirements and reducing your carbon footprint, you secure your competitiveness while adopting responsible practices.

To learn more about our different types of biochar and biochar composite, contact us today.

Biochar for Filtration Systems: Economical and Efficient

In a world where pollution management has become an imperative, biochar offers exceptional filtration solutions. Thanks to its micro and mesoporous structure, it has a good capacity, making it an ideal material for removing a wide range of contaminants, heavy metals, industrial chemicals and pharmaceutical residues.

Biochar is more economical and sustainable than traditional technologies. It can be regenerated, which helps to extend its service life and reduce operating costs. It is also fully renewable and biodegradable, offering a solution that respects both budget and the environment of companies.

In industrial applications, biochar is also used to filter gases, including CO² and methane, contributing to decarbonization goals.

Biochar for Composites and Pigmentation: A High-Performance and Sustainable Alternative

The integration of biochar into composites and pigmentation applications represents a strategic step forward for industries seeking to reduce their dependence on fossil resources and optimize their technical performance. Optimization of Composite Materials

Thanks to its unique physicochemical properties, biochar improves the mechanical strength, stiffness and thermal stability of composite materials. This makes it an effective alternative to carbon black in demanding sectors such as automotive, aerospace and construction.

In composites, biochar improves the mechanical strength, stiffness, and thermal stability of materials, which is particularly beneficial for sectors such as automotive, aerospace, and construction. This results in lighter and more robust products while reducing the consumption of fossil resources.

Pigmentation: A Natural and Ecological Alternative to Carbon Black

Biochar is a high-performance pigment solution, providing an intense and stable black color for various applications, including industrial and decorative paints, printing inks, and textile dyes.

Made from renewable resources and 100% biodegradable, it makes it possible to meet the strictest environmental standards while ensuring consistent pigment quality. Its adoption contributes to a reduction in carbon footprint and the transition to more sustainable manufacturing processes.

An Innovation Lever for the Composites and Pigmentation
Industries The switch to biochar is not only an environmental decision, but also a strategic choice to improve the performance of materials and meet changing industry regulations. By integrating this bio-based alternative into your processes, you strengthen your competitiveness while anticipating market requirements.

Contact us to learn more about integrating biochar into your industrial formulations and processes.