Simple, wireless monitoring
Mipac’s transformational wireless cell voltage monitoring system, CellView®, optimises mineral processing operations and detects short circuits early, assisting in the production of high-quality outputs while continuously and accurately monitoring the health of a cell.
This essential innovative technology helps realise the full potential of electrorefining and electrowinning processes by minimising production losses, operational costs, underperformance, and negative impacts to the environment.
CellView® provides quality, accuracy and savings
- Detects short circuits early, helping produce high-quality outputs.
- Continuously and accurately monitors the overall health of a cell.
- Minimises production losses.
- Reduces operational costs, underperformance and impacts to the environment.
Easy, wireless, scalable installation
- Easy installation.
- Customise and configure to operator interfaces.
- Add more cell monitors as required.
- Seamlessly connects to existing plant systems (OPC interface).
Customised, real-time cell information
- Hassle-free maintenance.
- Withstands harsh tankhouse environments.
- Reduces cable, construction and ongoing maintenance costs.
- Battery life between 5-10 years.
What our clients say
Brendan O’Rourke, Refinery Projects Manager
Glencore Technology
Read more about CellView
A global miner keen to standardise radio systems at a significant mine site has tuned into Mipac’s radio communication services. Our client …
Mipac has direct access to the copper mining capital of the world, Chile, through its agent NyM which actively promotes Mipac’s tankhouse …
Mipac’s wireless cell voltage monitoring system, CellView®, is to be installed as part of a significant tankhouse upgrade project at Mopani Copper …
Glencore Technology considers cell voltage monitoring to be an important feature of its refinery technology offerings…With CellView we have a proven system that is easy to install and maintain, and the custom- configured operator interface ensures refining cells with short circuits are readily identified.