When facilities like yours invest in a compressed air system, most of their focus goes to the compressor itself (size, brand, horsepower, efficiency); however, where and how you install your system is just as important, as it can significantly impact performance, reliability, and operating costs.
Location and layout directly affect pressure stability, moisture control, energy consumption, maintenance costs, and potentially equipment lifespan. Below is an outline of why location and installation are critical considerations for your compressed air system.
The physical placement of your compressor plays a major role in efficiency and reliability. Compressed air systems generate a significant amount of heat. Poor ventilation causes:
A cooler intake air temperature also improves efficiency. For every 3°C (5°F) drop in inlet temperature, you can gain noticeable efficiency improvements. Pulling in hot shop air instead of cooler outside air increases energy consumption.
Best practice: Install compressors in a clean, well-ventilated room with proper airflow and fresh air intake.
Your piping layout directly affects pressure drops, moisture control, and system stability. A poor layout can cause pressure drops and water-related issues.
Common mistakes include:
Pressure drops force your compressor to work harder to maintain required PSI which can increase energy costs significantly. Even a 2 PSI increase in operating pressure can raise energy costs by 1% or more.
The ideal piping layout is a loop system. A looped piping system is far superior to a straight-line or “branch-only” layout.
The benefits of a looped piping system include:
Air can flow from multiple directions, reducing demand spikes at end-of-line equipment.
Moisture is one of the biggest enemies of compressed air systems. Where you place your dryer makes a big difference. A common mistake is installing dryers too far downstream after long piping runs. This can allow moisture to:
Proper dryer placement is important to ensure moisture is removed before it travels through the system. Dryers should be installed:
Air receivers (aka air tanks) aren’t just storage, they stabilize pressure and improve your dryer’s performance. There are two types of storage strategies: wet tank (before dryer) and/or dry tank (after dryer).
Proper placement can help:
Many facilities only install one tank, often missing major efficiency opportunities.
Drains are another important element in a compressed air system because they remove moisture that would otherwise cause corrosion and equipment damage.
Improper drain placement can lead to:
Your piping should:
Proper drain placement and piping prevent water from reaching end-use equipment.
Maintenance accessibility in your a compressed air system is critical because easy access to components can reduce downtime, lower service costs, and ensure consistent system performance.
Poor placement often means:
Inaccessible compressor system elements may lead to avoided/skipped maintenance, which if left unmanaged, will increase downtime and long-term costs.
Plan for:
Noise considerations are important because excessive noise can impact worker safety, regulatory compliance, and overall workplace comfort and productivity.
Poor placement can:
Isolating compressors in a mechanical room reduces noise exposure and improves shop safety.
As mentioned throughout this article, your compressed air system layout directly affects system efficiency because proper piping design, correct sizing, and strategic equipment placement can minimize pressure drops, reduce energy consumption, and improve overall performance.
Inefficiencies come from:
A properly designed system can pay for itself through energy savings alone.
Many systems are installed for “today’s needs” without considering future growth. Poor foresight may end up costing your facility in the long run.
Poor planning leads to:
Designing with expansion in mind (larger mains, looped systems, extra ports) prevents costly retrofits.
Final Thoughts
Your compressed air system is more than just a compressor, it’s an integrated system where location and layout directly impact cost, performance, and reliability.
The right setup can:
If you’re installing a new system or upgrading an existing one, don’t just ask, “what compressor should we buy?” Experts at NCA Ltd. are ready to help navigate your compressor system set up to ensure your layout is appropriately designed and implemented. Get in touch with us today!
Phone: 519-659-2691
Email: info@ncaltd.ca