Complete Compressed Air System Design for Maximum Efficiency
A well-designed compressed air layout ensures stable pressure, balanced flow, and efficient energy use across every point of your facility. Legacy Industries provides turnkey design and layout solutions for full compressed air systems , from compressors and dryers to piping, filtration, and storage. Every system is engineered to support productivity, reduce energy waste, and simplify maintenance.
⸻
What We Design and Deliver
Full facility compressed air layout and design
Centralized and decentralized compressor room configurations
Piping network design using aluminum, steel, or stainless materials
Dryer and filtration integration for clean, dry air
Receiver sizing and placement for optimal storage capacity
Drain and condensate system planning
Pressure and flow monitoring layouts
Expansion planning for future growth
⸻
Why Professional Air System Design Matters
Challenge
Impact
Legacy Solution
Inconsistent pressure
Tool inefficiency and downtime
Balanced layout and loop design
Long piping runs
Pressure drop and energy waste
Proper pipe sizing and routing
Poor drainage
Moisture buildup and corrosion
Sloped piping with traps and drains
No expansion capacity
Costly future rework
Flexible and modular layout planning
Inadequate filtration
Product contamination
Filter placement at key points
A precise layout ensures your air system performs efficiently and reliably from day one.
⸻
Step-by-Step Design Process
1. Facility Assessment
We start by reviewing floor plans, production needs, and existing infrastructure to understand current airflow demands and future goals.
2. Load Calculation
We calculate required flow (CFM), operating pressure (PSI), and duty cycle for each area to size compressors, dryers, and piping correctly.
3. System Configuration
We determine the ideal number, type, and placement of compressors and receivers to balance redundancy and efficiency.
4. Piping Network Design
We design main headers, branches, and drops with calculated pipe diameters, slope, and isolation valves for easy maintenance.
5. Air Quality Integration
We incorporate filters, dryers, and drains to meet ISO 8573 standards, ensuring clean, dry air at every outlet.
6. Final Documentation
We deliver engineered drawings, equipment specifications, and bill of materials for installation and maintenance reference.
⸻
Key Design Elements We Consider
Component
Design Consideration
Result
Compressors
Central or distributed layout
Optimized redundancy and uptime
Piping materials
Aluminum, black iron, or stainless
Long life and low pressure loss
Receivers
Sized for flow stability and surge control
Consistent pressure at all loads
Dryers & filters
Positioned for dew point and air purity
Improved air quality and reliability
Condensate systems
Proper slope and drain design
Dry, corrosion-free network
Controls & monitoring
Remote pressure and flow sensors
Real-time performance tracking
⸻
Facility Layout Examples
Centralized System Design
Ideal for large plants with multiple production lines. Compressors, dryers, and receivers are grouped in one area, feeding a main loop that supplies all work zones equally.
Decentralized System Design
Used in large or multi-building campuses where separate compressor rooms minimize pressure loss and allow independent operation of zones.
⸻
Airflow and Pressure Balancing
Loop design ensures even pressure at all drops
Oversized headers minimize energy loss
Regulators at branch points stabilize tool operation
Receivers placed near high-demand tools reduce cycling
Flow meters and sensors provide live performance data
A balanced air network prevents downtime, ensures consistent production quality, and extends the life of compressors and tools.
⸻
Integration With Energy Efficiency Goals
Optimize compressor control through sequencing or VSD systems
Reduce leaks and wasted air with precise routing
Install isolation valves for selective system shutdowns
Lower overall system pressure without affecting performance
Provide energy audit data for utility rebate eligibility
⸻
Compliance and Safety Standards
OSHA and ASME B31.3 compliant system design
Pressure vessel and piping certification where required
Proper labeling for air, drains, and condensate systems
Lockout and isolation points integrated into design
Documentation for safety inspections and audits
⸻
Advantages of a Turnkey Design Partner
One provider handling design, layout, and installation
Optimized performance with integrated system planning
Reduced installation time and rework
Predictable budget with accurate material takeoffs
Clear documentation and as-built drawings
⸻
Frequently Asked Questions
Can you design systems for new facilities and existing ones?
Yes. We design both from the ground up and as retrofits for facilities expanding or replacing older systems.
How do you ensure balanced air distribution?
We use flow modeling and sizing software to determine ideal pipe diameters and loop configurations.
Do you handle electrical and mechanical coordination?
Yes. We integrate with existing utilities and coordinate space requirements with your plant team or contractors.
Can you design for future expansion?
Every system includes allowances for additional compressors, drops, and loops without costly rework.
Do you provide installation as well?
Yes. Our turnkey solutions include full design, installation, testing, and commissioning.
⸻
Service Area
Legacy Industries provides full facility compressed air design and layout services across Greenville, Spartanburg, Anderson, Simpsonville, Laurens, and Gaffney, as well as Western North Carolina and North Georgia.
⸻
Design the Perfect System for Performance and Growth
A well-planned compressed air layout is an investment in reliability and efficiency. Legacy Industries designs complete systems that meet today’s production demands and tomorrow’s expansion goals , ensuring your facility runs cleaner, quieter, and more efficiently every day.
Phone:Â (864) 431 4670
Email:Â tyler.abbott@legacyind.net
Service Region:Â Upstate South Carolina and surrounding areas
