Complete Comminution Solutions for the Mineral Processing Industry

The fact is the comminution costs that account for a large portion of total cost of mining and mineral processing operations are skyrocketing. Therefore, optimization projects associated with comminution circuitry become an essential consideration in aiding the economics and cash-flow of mining operations.

At CCS we are determined to help optimize your projects by designing the right comminution circuitry components guaranteeing the improved profitability of you milling operations. Our world-class comminution methodologies are designed specifically to help reduce costs by optimizing circuit throughput and reducing circuit energy requirements.

Our Methodology

1. Desktop Audit: During this phase a complete review of your supplied data is performed in order to reach an outline of objectives.

2. Mill Optimization: A site visit is carried out with an evaluation of the process and collection of necessary data. We will also create a computer model of the process using our proprietary in-house modeling software. The software is coupled with proven best practices comminution sciences.

3. Recommendations and Redesign: We will provide a redesign of the mill lining system (AG/SAG, Ball Mills) along with material specific recommendations. We will also design and supply new hyper lifter and mill liner as well as providing performance tests.

4. Continued Improvement Review Process: As a best practice guideline, we will set a review schedule for continuous improvements.

Our Service Package

The CCS team carries years of experience in the optimization field working on projects across the globe. We offer a complete optimization package which includes:

  • Comminution circuit testing
  • Comminution circuit design
  • Fabrication, casting and supply of all mill lining wear components
  • And, we provide ongoing support to help our clients achieve optimized performance

Our Guarantee

And finally, we guarantee that your circuits will achieve the target throughput or energy saving targets.


Head Quarters
PO Box 1671
Osborne Park WA 6917

+61 421 211 000
Peter Milner: 0421 211 000

Design and Research Laboratory
Salt Lake City USA