Become aware of data value to create a positive environmental impact

In the current global context of tension on raw material supplies, energy transition or the fight against global warming, data is proving to be a decisive factor. Using it in an energy performance strategy creates a positive environmental impact and sustainably limits your environmental footprint.

Tablet energy application - positive environmental impact

Environmentally friendly innovations as a guarantee of competitiveness

Control energy production and consumption

Reduce water consumption

Optimize the maintenance strategy

Predict critical breakdown

Measure and analyze to manage resource consumption and reduce costs

We cannot optimize what we do not measure! Energy performance indicators are becoming a major aid to human decision-making. The goal? Sustainably improve the environmental impact and energy cost of industrial production.

Exploit upstream data for responsible production in the short term

  • Energy cost per unit produced: the machine data brought down to the production volume make it possible to obtain the average energy cost for a unit produced which is a starting point for controlling its energy consumption.
  • Non-production energy cost: Energy Performance Indicators (EnPI) provide information on the energy consumption of machines running while production is at a standstill.
  • Production performance pattern: the analysis over a given time enables obtaining a pattern highlighting the periods (days and hours) where the performances of the machines are the most important. By combining this pattern with energy costs, production can be adjusted to control energy costs.

Predict failures and breakdowns

  • Identify irregularities to predict future failures: Anticipating future failures and their cause allows you to schedule a maintenance intervention at the right time and thus save several control maintenance trips. Over-consumption of related energy and the decommissioning of machines are thus avoided.
  • Avoid unexpected events: quickly detect and automatically alert on leaks of water, air... until then difficult to prevent avoids waste and avoidable overconsumption.
  • Increase the service life of production machines: establishing a maintenance strategy is a crucial step to ensure the longevity of machines in their optimal conditions and thus extend their life cycle.

Efficient use of natural resources

Production lines are particularly resource-intensive, whether it is water, electricity, air or any other raw material. Optimizing their use is crucial to reduce energy waste.

Identify the optimum between performance and energy consumption

  • Optimize production management by adjusting processes according to external factors such as the optimum speed of a machine to avoid saturation.
  • Improve performance by integrating sustainability constraints by planning maintenance operations at the right time.
  • Identify the appropriate and optimal quantity of raw materials to be used to ensure compliant production and avoid waste
  • Identify the ideal time for each phase of cleaning in place (CIP) and the timely volume of liquid (water, soda, acid) to be used in a complete process to limit resource consumption.

Water consumption reduced by 20%
the Hellenic Dairies model

Discover how dairy group Hellenic Dairies reduced their water consumption from cleaning in place processes by 20% in just a few months.

Find out more