What Makes

Mine Fines Agglomeration (MFA)

Solutions the Right Choice?

Resource

Recovery

Mine agglomeration technology (MAT) converts fine residues and waste streams into usable material, unlocking revenue from resources that would otherwise be lost or discarded.

Opperational

Efficiency

High throughput, containerised systems enable rapid deployment and seamless integration into existing operations without major infrastructure changes.

Proven

Performance

MFA delivers durable, transport ready agglomerates that meet or exceed industry standards for handling, storage, and processing.

Environmental

Commitment

MFA supports compliance with environmental regulations while advancing decarbonisation and circular economy objectives.

Flexible

Scalable

Transportable, modular units can be deployed where needed, scaled to operation size, and relocated as project requirements change.

Reduce

Working Risk

By minimising tailings volumes and stabilising fines, MFA lowers reliance on storage facilities and reduces long term environmental and regulatory risk.

Sustainable Mining with MFA

Agglomeration technologies (such as briquetting, pelletising, or binding fine particulates into usable forms) are commonly applied where fines, dusts, or tailings are generated as waste or low-value by-products.


In many cases, however, conventional agglomeration methods struggle to achieve reliable binding and sufficient mechanical strength when working with ultra-fine mineral particles. Production efficiency and compaction performance can also limit their economic viability when processing large volumes of mining fines.


MAT technology has been engineered to overcome these limitations by delivering consistent agglomeration performance and scalable production capability.