Decarbonising compressed air
What happened
Process Online shows many Australian plants can reduce compressed-air energy use substantially through low‑capex measures such as leak repair, controls tuning and right‑sizing. The author quantifies typical plant-level opportunity and ties the business case to current commercial & industrial electricity tariffs, making this an operationally real and actionable MRO opportunity. Watch whether sites convert baseline audits into bundled maintenance contracts or simply replace compressors without addressing system losses
Why the category manager should care
Treat compressed-air as a category with both energy and MRO implications — fix leaks and controls first before approving replacement CAPEX
Key facts
- Typical energy reduction potential cited as 25–40% within 12 months with modest capital outlay
- Compressed air noted as ~10% of site electricity and up to 30% on air‑intensive lines
- Article used a representative commercial/industrial tariff of 27 per kWh for worked examples