Fives Technical Solutions for Low-Carbon Cement Production

At Cemtech Asia (June 14-17) in Bangkok, Fives will present its latest technological solutions designed to assist cement producers in transitioning toward sustainable, low-carbon production models. The engineering group develops industrial process solutions aimed at mitigating carbon dioxide emissions while managing operational performance, energy consumption, and cost competitiveness.

High-Efficiency Grinding Technology
To facilitate the production of low-clinker cements, the company offers high-efficiency grinding systems, specifically the FCB Horomill^® paired with the FCB TSV™ Classifier. This equipment configuration focuses on precise particle size control and reduced energy consumption. These operational capabilities allow manufacturers to increase the integration of supplementary cementitious materials (SCMs) without reducing final product quality.

Advanced Pyroprocessing and Clinker Substitutes
For advanced pyroprocessing, the company has developed the FCB Flash Calciner. This system provides a pathway for producing low-carbon clinker substitutes and is engineered to integrate into existing production plants. The design intent is to lower plant emissions while limiting capital expenditure and safeguarding operational continuity.

Circular Economy and Concrete Recycling
The technical presentations will also cover circular economy solutions utilizing the FCB Rhodax^® technology. This system is engineered for concrete recycling and the extraction of high-value materials from demolition waste. The process aims to conserve natural resources and lower the overall carbon footprint of cement production by utilizing material reuse and carbon dioxide recarbonation mechanisms.

Performance Metrics and Field Implementation
Depending on the specific plant configuration, the combination of these grinding, pyroprocessing, and recycling technologies can reduce emissions by up to approximately 350 kg of carbon dioxide per ton of cement. The operational flexibility and efficiency of these scalable technologies will be demonstrated through industrial case studies from global installations.

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