Mining
Application-driven solutions that improve efficiency and performance
Mining at a glance
Application driven mining chemistries that improve operational efficiency, reliability, and performance across mining operations—from extraction through processing and site support.
Mining operations span a range of conditions—from stable, well‑established systems to more constrained or evolving environments. Regardless of site specifics, operators depend on consistent performance to meet production, recovery, and cost objectives while managing water, energy, and operational efficiency.
As brownfield expansions increase and water circuits become more closed, maintaining control across interconnected processes becomes increasingly important. Variability introduced at any stage—from extraction through materials handling or processing—can influence downstream performance. Even small changes in material behavior, separation efficiency, or water chemistry can affect recovery stability, throughput reliability, and operating risk if not effectively managed.
Sustainability outcomes are delivered through improved operational performance. Greater efficiency, reduced variability, and improved process stability support water stewardship, safer operations, and more resilient sites—without trade offs in productivity, recovery, or operational control.
Our approach focuses on chemistry‑enabled operational control across mining operations. Rather than optimizing isolated unit operations, we apply chemistry where it delivers the greatest system‑level impact. This helps stabilize connected processes, improve throughput reliability, and reduce downstream risk under real operating conditions.
This performance‑led model supports efficiency and operational resilience across blasting, concentration, water management, post‑treatment, and selected hydrometallurgical stages—focusing chemistry where it delivers clear, measurable value.
• Proven mining chemistries validated across diverse ores and
operating conditions
• Deep application expertise across mining operations
• Global manufacturing footprint with regional support
• Innovation built on established chemistries to expand into
adjacent mining applications and deliver practical solutions
to evolving customer challenges
• Regional technical support and market access through
strategically selected mining partners
Functional areas served across mining operations
Stabilize explosive sensitivity and initiation behavior to support consistent blasting performance under variable operating conditions.
Preserve ammonium nitrate prill integrity and flowability to reduce handling risk and support reliable explosive material performance.
Improve recovery-grade and selectivity consistency across variable ore and water conditions by modifying mineral surface chemistry in flotation circuits
Enable selective suppression of unwanted minerals in flotation, supporting stable separation performance and reduced recovery risk in complex ores.
Manage water chemistry to support stable processing by addressing scale, metals, microbial growth, and foam under variable and constrained conditions.
Stabilize filtration and moisture release to improve water recovery, increase throughput, and support reliable downstream solids handling.
Prevent moisture driven particle adhesion to preserve flowability and support reliable storage, transport, and bulk handling.
Bind fine particles to form stable agglomerates that support handling, transport, and downstream processing under demanding conditions.
Enhance pellets, sinters and high-temperature materials, including magnesia-based refractories.
Armeen®, Armoflo®, Armoflote®, Aquamet®, Aquatreat®, Arquad®, Atrac®, Berol®, Celect®, Dissolvine®, Ethylan®, Expancel®, Finnfix®, Lankropol®, Lilaflot® Triameen®, Versa‑TL®, and Versaflex® are registered trademarks of Nouryon in several countries worldwide.