Compressed air can provide a safe and reliable source of pneumatic pressure for a wide range of key industrial processes. However, in many industrial plants, air compressors can account for the majority of electricity consumption. Energy savings from system improvements can range from 20 to 50 percent or more of a plant’s electricity consumption. A properly managed compressed air system can not only save energy, but also reduce maintenance needs, improve production uptime, and lead to more reliable product quality.
Top Five Energy Efficiency Measures for Compressed Air Systems
- Eliminate inappropriate uses of compressed air
- Stabilize system pressure
- Explore lowering pressure requirements of end uses
- Minimize compressed air leaks
- Provide compressed air of appropriate pressure and quality for manufacturing processes
You can read related TIP SHEETS AND PUBLICATIONS to improve performance and save energy, accumulated over time by the DOE Advanced Manufacturing Office.
Learn more with the COMPRESSED AIR SYSTEM CHEAT SHEET, explore additional resources specific to Better Plants partners, and connect with the compressed air-subject matter expert below.
Learn about innovative, replicable compressed air-solutions and best practices implemented by Better Plants Challenge partners.
The Continuous Improvement team at Johnson Controls’ Middletown, Delaware, manufacturing plant implemented a comprehensive program to reduce compressed air leaks and inefficiencies in the plant production process, ultimately reducing its annual compressed air electrical costs by 37%.
J.R. Simplot’s showcase project is a new, 420,000 square foot, state-of-the-art potato processing plant that integrates innovative energy-efficient technologies, including several compressed air features, to achieve dramatic energy efficiency improvements of up to 25% while producing hundreds of millions of pounds of frozen potato products per year.
As part of its commitment to reducing its energy intensity, Saint-Gobain Corporation undertook a large compressed air system retrofit project at its Milford, Massachusetts, glass plant. After completion, the system improvement is estimated to deliver compressed air-energy savings of 15%.
The compressed air sourcebook was developed for the U.S. Department of Energy’s (DOE) Advanced Manufacturing Office (AMO). AMO undertook this project as a series of sourcebook publications. Other topics in this series include: process heating, steam, fan systems, pumping, and motor and drive systems.
This sourcebook is designed to provide compressed air system users with a reference that outlines opportunities for system performance improvements. It is not intended to be a comprehensive technical text on improving compressed air systems, but rather a document that makes compressed air system users aware of the performance improvement potential, details some of the significant opportunities, and directs users to additional sources of assistance.
Access free software tools to help assess your compressed air system.
AIRMaster+ is a free online software tool that helps users analyze energy use and savings opportunities in industrial compressed air systems. Use AIRMaster+ to baseline existing and model future system operations improvements, and evaluate energy and dollar savings from many energy efficiency measures.
The AIRMaster+ LogTool is a companion tool to AIRMaster+ that helps industrial users determine the operating dynamics of a compressed system. Use the LogTool first to gather critical data in preparation for AIRMaster+. Then, input that data into AIRMaster+ to model existing and future compressed air system upgrades.
This pre-In-Plant Training webinar for the Better Plants Program covers the basics of finding energy savings in compressed air systems and introduces the AIRMaster+ software tool.
Subject Matter Expert - Kiran Thirumaran
Kiran Thirumaran holds a Master’s degree in Mechanical Engineering from North Carolina State University and has been working on industrial energy efficiency since 2012. He was heavily involved with his university’s Industrial Assessment Center where he led his team in performing energy audits of manufacturing plants across the Carolinas and Southern Virginia. His current focus is managing interactions with industrial program partners in the Better Buildings, Better Plants Program for the Department of Energy. He was formerly employed with CLEAResult Consulting Inc, where he served as an energy engineer working closely with various electric and natural gas utilities in the Midwest region, helping them achieve their energy reduction targets through the effective implementation of energy efficiency rebate programs.
You can reach Kiran with compressed air-related questions at firstname.lastname@example.org.