The Hidden Cost of Compressed Air in Industrial Settings

Share this article

Compressed air systems are integral to various industrial processes, yet A2EP’s research indicates that they can consume approximately 16% of a typical manufacturing site’s electricity. Alarmingly, 80% to 90% of this energy is often wasted due to factors like leaks, overproduction, and outdated equipment.

On May 20, 2025, the Australian Alliance for Energy Productivity (A2EP) hosted a pivotal webinar titled “Unlocking Compressed Air Efficiency for Serious Energy Savings.” This session illuminated the substantial energy-saving potential within compressed air systems, which, despite their ubiquity in manufacturing, often operate with significant inefficiencies.



Insights from Industry Experts

The webinar featured insights from leading professionals:

  • Satinder Sahni, Group Senior Manager – Utilities at Asahi Beverages, shared strategies on how Asahi significantly reduced compressed air costs by minimizing air consumption in their processes.
  • Murray Nottle, an air systems engineer from the Carnot Group, discussed the utilization of ‘Power vs Flow’ curves as a diagnostic tool to identify and prioritize areas for efficiency improvements.
  • Craig Morgan, Group Sales Director at Northmore Gordon, presented findings from a measurement-based survey of 30 compressed air systems, revealing surprising inefficiencies and offering guidance on assessing system performance.

A Call to Action for Energy Managers

This webinar serves as a valuable resource for energy managers, engineers, and industry professionals aiming to enhance operational efficiency, reduce costs, and lower emissions. By addressing the often-overlooked inefficiencies in compressed air systems. Want to increase your industrial energy savings? Contact Craig Morgan at Northmore Gordon today!

You may also like:

Latest Updates

Beyond annual matching: The evolution of time-stamped RECs

For more than a decade, Renewable Energy Certificates (RECsI-RECs, GOs, TIGRs, LGCs, ZNECs, J-Credits) have

Read More »