In this episode of Beyond Compression, we explore the critical role compressed air plays in modern automotive manufacturing and why system design decisions can have a major impact on production uptime, product quality, energy consumption, and long-term operating costs. From robotic assembly and paint operations to EV battery manufacturing, compressed air supports some of the industry's most important processes.

We discuss the key factors manufacturers should consider when evaluating compressed air systems, including reliability, redundancy, scalability, air quality, energy efficiency, and lifecycle cost. We also examine common design mistakes that can limit performance and increase operating expenses, as well as strategies to help facilities improve reliability and prepare for future growth.

In this episode, you'll learn:

• Why compressed air is considered a production-critical utility in automotive manufacturing
• How reliability, redundancy, and advanced controls help reduce downtime risk
• The importance of planning compressed air systems for future facility growth and automation
• Why air quality matters in paint operations, EV battery manufacturing, and other sensitive applications
• How compressor selection and system optimization can reduce energy consumption and lifecycle costs

As automotive manufacturers continue investing in automation, electrification, and production efficiency, compressed air systems must do more than simply supply air. A properly designed system can help improve product quality, support reliable operation, reduce energy costs, and provide the flexibility needed to meet future production demands.

To learn more about compressed air system design considerations for automotive manufacturing, read our blog:
How Compressed Air Impacts Product Quality and Efficiency in Automotive Manufacturing

Follow FS-Elliott on LinkedIn and Facebook for more insights from our engineering and service teams, and join us as we explore smarter, more reliable compressed air systems.

In this episode of Beyond Compression, we cover why compressed air quality matters more than many facilities realize, and how oil-free compressor technology can help reduce contamination risk, improve reliability, and support long-term operational performance. From ISO 8573-1 Class 0 standards to the hidden costs of oil carryover, we explore how air quality directly impacts manufacturing efficiency, product integrity, and maintenance requirements across a wide range of industries.

We also discuss the differences between oil-free centrifugal compressors and oil-lubricated technologies, why understanding ISO classifications is important when evaluating compressed air systems, and how facilities can simplify maintenance while protecting sensitive operations.

In this episode, you’ll learn:

• How ISO 8573-1 defines compressed air quality and what Class 0 really means
• Why oil contamination can create hidden risks for manufacturing operations
• The differences between oil-free centrifugal compressors and oil-lubricated technologies
• How oil-free systems can help reduce maintenance, improve reliability, and lower lifecycle costs
• Which industries benefit most from clean, oil-free compressed air applications

Compressed air is often called the fourth utility, but in many facilities, it also plays a direct role in product quality, operational efficiency, and regulatory compliance. Understanding air quality standards and compressor technology selection can help manufacturers reduce risk while supporting cleaner, more reliable operations.

Learn more about ISO 8573-1 Class 0 oil-free compressed air by reading our blog: https://www.fs-elliott.com/blog/benefits-of-iso-8573-1-class-0-oil-free-compressed-air-systems

Follow FS-Elliott on LinkedIn and Facebook for more insights from our engineering and service teams, and join us as we explore smarter, cleaner, more reliable compressed air systems.

In this episode of Beyond Compression, we share a combined perspective from the compressed air experts at FS-Elliott and FS-Curtis on how seasonal temperature changes impact compressor performance, efficiency, and reliability. From summer heat and humidity to winter cold and condensation risks, we explore how shifting ambient conditions influence both centrifugal and rotary screw compressors—and what operators can do to stay ahead of them.

We also discuss why following a structured, OEM-recommended maintenance approach is critical to maintaining performance year-round, and how proactive preparation helps reduce risk, extend equipment life, and avoid unplanned downtime.

In this episode, you’ll learn:

• How temperature and humidity changes affect compressor performance and system stability
• The four critical factors that influence reliability: cooling, lubrication, filtration, and moisture management
• Key maintenance practices to prepare for both summer and winter operating conditions
• Why seasonal challenges are predictable—and how to prevent them before they impact your operation

Depending on your location, you may be preparing for peak summer heat or transitioning into colder winter conditions. In either case, your compressed air system is facing known challenges that require attention.

👉 Learn more about seasonal compressor maintenance by reading our blog: https://www.fs-elliott.com/blog/seasonal-maintenance-for-centrifugal-and-rotary-screw-compressors

Follow FS-Elliott on LinkedIn and Facebook for more insights from our engineering and service teams, and join us as we explore smarter, cleaner, more reliable compressed air systems.