Fives to highlight its integrated SCM expertise at Intercem Americas 2026

INTERCEM Americas 2026 takes place from November 17 to 19, 2026, at the Sheraton Universal Hotel in Los Angeles, California, focusing on decarbonization strategies, trade flows, and low-carbon mineral technologies across cement manufacturing markets. During the conference, Fives presents its integrated technology portfolio designed to process supplementary cementitious materials and raise clinker replacement ratios in blended cement formulations.

Core Technology and System Architecture
The process architecture connects thermal activation, fine grinding, and dynamic particle classification to transform natural clays and industrial by-products into reactive mineral components. Thermal activation is controlled through the FCB Flash Calciner, which regulates calcination temperatures and gas-solid contact times to dehydroxylate raw clays without inducing phase degradation. Downstream comminution incorporates the FCB Horomill, a high-pressure bed grinding unit engineered for blended cements requiring low specific energy consumption, alongside the FCB B-mill for high-abrasion mineral processing. The FCB TSV dynamic classifier manages particle size distribution through adjustable separation aerodynamics, while the FCB Rhodax crusher breaks down concrete demolition waste and industrial slag for resource valorization.

Deployment or Implementation
The equipment modules deploy as standalone processing units or fully integrated retrofits within existing clinker grinding circuits. Engineering integration interfaces thermal and mechanical stages with plant-level process controls, allowing operators to adjust separator rotor speeds, calciner heat inputs, and mill grinding pressures based on incoming mineralogy. Process audits, digital condition monitoring architectures, and specialized plant services provide ongoing calibration to accommodate shifting raw material characteristics across production campaigns.

Industry Applications
The processing systems target portland-composite cement manufacturers, slag processors, and building material producers facing clinker reduction mandates. Utilizing diverse mineral additions such as calcined clay, pozzolans, and metallurgical slag presents operational hurdles, including high raw material abrasiveness, inconsistent mineral reactivity, and broad particle size variances. Applying synchronized calcination and selective classification stabilizes hydration reactivity and ensures final binders meet structural performance standards.

Operational Impact and Performance Metrics
Precise temperature regulation during flash calcination maximizes amorphous phase development in clays, elevating pozzolanic activity and early-age compressive strength in finished cement. Narrowing particle size distributions through high-efficiency classification lowers grinding circuit recirculating loads, reducing specific power consumption across grinding circuits. Mastered thermal activation and comminution loops allow cement plants to increase clinker substitution percentages using localized mineral deposits, lowering production carbon footprints while maintaining dimensional stability and binder strength.

Edited by Romila DSilva, Induportals Editor, with AI assistance.