Why Your Compressed Air System Can’t Keep Up During Peak Production Hours
Many facilities across Memphis, Jackson (TN), Tupelo (MS), Little Rock, and Springdale (AR) notice the same issue:
Everything works fine—until peak production hours hit.
Suddenly, pressure drops, equipment struggles, and compressed air systems can’t keep up with demand.
This isn’t just a capacity issue—it’s often a system design problem that only becomes visible under stress.
What Happens During Peak Demand
During peak production, multiple systems draw compressed air simultaneously.
This includes:
Production equipment
Packaging systems
Pneumatic tools
Automation systems
When demand spikes, the system must respond quickly.
If it can’t, pressure drops and performance suffers.
Common Causes of Peak Demand Problems
Undersized Compressors
If the compressor cannot produce enough airflow (CFM), it will struggle during high-demand periods.
This is often the result of:
Facility expansion
Additional equipment
Increased production
Insufficient Air Storage
Receiver tanks help absorb demand spikes.
Without enough storage:
Compressors must respond instantly
Pressure drops occur quickly
System stability decreases
Pressure Drop in Piping
Restrictions in piping systems reduce airflow during high demand.
This includes:
Undersized pipes
Excessive fittings
Corrosion buildup
Pressure drop becomes more noticeable under load.
Air Leaks
Leaks increase baseline demand.
During peak periods, this added load can push the system beyond its limits.
Poor System Controls
Without proper controls, compressors may not respond efficiently to changing demand.
This can result in:
Delayed response
Inefficient operation
Pressure instability
Signs Your System Can’t Handle Peak Demand
Pressure drops during production spikes
Equipment losing power
Compressors running continuously
Increased energy usage
Inconsistent system performance
These symptoms indicate that the system is under stress.
How to Fix Peak Demand Issues
Evaluate System Capacity
Determine whether your compressor can meet peak airflow requirements.
Increase Air Storage
Adding receiver tanks helps stabilize pressure during demand spikes.
Reduce Pressure Drop
Improve piping design and eliminate restrictions.
Fix Air Leaks
Reducing leaks lowers baseline demand, freeing up capacity.
Upgrade Controls
Modern control systems improve system response and efficiency.
Why This Is Common in Growing Facilities
Facilities across the Mid-South often expand gradually.
Compressed air systems may not be updated to match increased demand, leading to performance issues during peak production.
Supporting Reliable Production
Compressed air systems must be designed to handle both average and peak demand.
Addressing system limitations ensures:
Stable pressure
Reliable equipment operation
Improved efficiency
Reduced downtime
Compressed Air System Support from Process & Power
Process & Power helps facilities across Memphis, Jackson (TN), Tupelo (MS), Little Rock, and Springdale (AR) evaluate compressed air systems and identify solutions for peak demand issues.
📍 1721 Corporate Avenue • Memphis, TN 38132
📞 (901) 362-5500
If your system struggles during peak production, a system evaluation can help identify bottlenecks and improve performance.
