about predictive

Maximize Performance and Minimize Costs


Energy accounts for 50 to 60% of chlor-alkali production costs. In such an energy-intensive industry, reductions in energy consumption of only 1 or 2% can significantly increase your company’s profitability.

We understand that you need to deliver your products in a reliable manner – and that you need to do this with shrinking budgets and fewer resources. Because of budget pressures and fierce competition, it is time to move on to the next level in maintenance efficiency –  rethinking asset maintenance programs to ensure that the right work is being done at the right time.

We have developed a series of intelligent tools in order to help the chlor-alkali industry to face and overcome these growing concerns by allowing you to:

  • Save on energy costs
  • Reduce maintenance costs
  • Remove underperformers while keeping over-performers
  • Get recommendations as to when to change which elements to provide the best economic return
  • Reduce unplanned shutdowns
  • Identify optimal shutdown planning
  • Slow down plant aging

EMOS® Cell Performance Analyzer

High Current Efficiency (C.E.) is key to profitable chlor-alkali production. […]


EMOS® Asset Management Database

Keeping track of all of an electrolyser’s components (anode, cathode, membrane, etc.) can be a tedious
ordeal. […]


EMOS® Asset Performance Reports

The EMOS® Asset Performance Reports is your decision making tool. […]


What is the Best Maintenance Strategy for Membranes and Electrode Coatings in Chlor-Alkali?

Find out the pros and cons of the different maintenance strategies used in chlor-alkali.


Case Study: Remembraning and Recoating Optimization at Vestolit

Vestolit, a major chlor-alkali producer, shares how predictive maintenance (EMOS® Cell Performance Analyzer) helps them save maintenance costs for membrane/electrode replacement.