Prodexim is an emerging supplier of mining solutions aimed at improving the productivity of extraction plants for various types of minerals.
Prodexim specializes in offering tailor-made chemical additives for the optimization of mineral extraction, particularly at the grinding stage which is the most energy-intensive operation of the overall ore processing.
Our specialized additives are compatible with a variety of conventional milling processes (e.g. wet, dry, etc.), as well as with the chemicals used in post-milling stages.
PDX-XM: Specialized additives for grinding precious minerals
DESCRIPTION
- Specialized chemical additives for the grinding of ores to optimize the extraction of precious minerals (gold, silver, lithium, etc.).
- Greatly facilitate the grinding of ore into powders of various sizes; down to fine (< 200 µm), very fine (< 75 µm) and ultra-fine (< 10 µm).
- The basic formulation of PDX-XM can be customized to meet a wide range of specific requirements from the mining industry.
BENEFITS
- Compatible with wet or dry milling processes and with various types of mills (vertical, ball mill, SAG).
- Optimize the recovery of desired minerals and the separation of impurities.
- Promote the production rate of fine particles, increase the dispersion and fluidity of the mineral powder, and reduce the agglomeration of fine powders.
- Improve the fine particle extraction process, reducing recirculation in the mill, thus increasing throughput.
- Significantly reduce energy costs and extend the lifetime of equipment.
- Reduce water consumption and have a positive impact on the environmental in the mining sectors.
PDX-CP: Additives for the passivation of carbonaceous materials
DESCRIPTION
- Neutralize/eliminate the negative effects of carbonaceous material in refractory ore and pozzolanic materials.
- The basic formulation of PDX-CP can be customized to meet a wide range of specific requirements from our customers.
BENEFITS
Ore minerals:
• Facilitate mineral extraction.
• Reduce mineral purification/recovery steps.
• Significantly reduce energy costs.
• Increase productivity/metal recovery rates.
Pozzolanic materials:
• Valorize industrial by-products and reduce wastes.
• Reduce cement consumption, thus diminishing GHG emissions.