Metcom’s study on ball mill coarse particle retention featured in the Nov 2021 edition of Engineering & Mining Journal (E&MJ)
This E&MJ article describes Metcom’s ball mill study at Lundin’s Eagle Mine, where the preferential retention of coarse particles in
The Essential Grind: What every metallurgist needs to read when it comes to comminution
Award-winning Metcom Chief Metallurgist Robert McIvor’s top five foundational papers for grinding and classification.Featured in CIM Magazine Sept 2021. Click
The CEEC Medal for Operations awarded to Kyle Bartholomew, Rob McIvor, and Omar Arafat from Metcom Technologies
The Coalition for Energy Efficient Comminution (CEEC) has today announced the recipients of its prestigious 2019 CEEC Medals. The CEEC
Metcom Featured in Mining Engineering Magazine
Metcom’s work in improving grinding performance using ball mill media size modeling is featured in the November 2018 Mining Engineering
Metcom News
- Metcom’s study on ball mill coarse particle retention featured in the Nov 2021 edition of Engineering & Mining Journal (E&MJ)
- The Essential Grind: What every metallurgist needs to read when it comes to comminution
- The CEEC Medal for Operations awarded to Kyle Bartholomew, Rob McIvor, and Omar Arafat from Metcom Technologies
- Metcom Featured in Mining Engineering Magazine
Metcom Grinding Bulletin
#1 Quickly and accurately determine your "Circulating Load Ratio"
#2 Quickly determine your fineness of grind
#3 Why do we see an increase in the power draw of our ball mill when we turn off the feed?
#4 Why do we need such a high recirculating load in our ball mill?
#5 What exactly is ‘Work Index’ and how can I make use of it?
ES