Compressed Air System

Downstream Equipment Performance Evaluation

We evaluate the performance of downstream compressed air equipment to identify pressure losses, flow restrictions, inefficient operation and opportunities to improve overall system reliability and efficiency.

DOWNSTREAM PERFORMANCE EVALUATION
Air Flow Analyzed
System Losses Identified
Equipment Performance 84%
Air Delivery Efficiency 72%
Performance Assessment

Identify Restrictions That Affect Air Performance

Downstream equipment can significantly influence compressed air pressure, flow and quality at the point of use. Our evaluation examines equipment condition and operating performance to locate avoidable losses and improvement opportunities.

Better Air Delivery at the Point of Use We assess whether downstream equipment is receiving and using compressed air efficiently under actual operating conditions.
  • Air Filters & Pressure Drop
  • Air Dryers Performance
  • Regulators & FRL Units
  • Pressure & Flow Conditions
  • Hoses & Connection Losses
  • Pneumatic Equipment
  • Point-of-Use Efficiency
  • Air Quality Requirements
Evaluation Scope

What We Evaluate

A focused evaluation helps determine whether downstream equipment is supporting efficient and reliable compressed air operation.

01

Filters

Check pressure drop, condition and performance of compressed air filtration equipment.

02

Dryers

Evaluate dryer operation, pressure loss and air treatment performance.

03

Regulators

Review pressure regulation and identify unnecessarily high operating pressure.

04

Distribution

Assess hoses, fittings, connections and point-of-use distribution losses.

05

Pneumatic Equipment

Review air-consuming equipment for abnormal or inefficient compressed air usage.

06

Improvement Opportunities

Identify practical actions to improve air delivery, efficiency and downstream system performance.

Improve Downstream Equipment Performance

Identify pressure losses, flow restrictions and inefficient air consumption with a professional downstream equipment performance evaluation from Air Energy Audit.

Compressed Air Quality & Efficiency

Pneumatic components experience wear and corrosion due to moisture, leading to increased consumption of compressed air and decreased energy efficiency.

As wear and corrosion progress, there is a need for component repair or replacement, resulting in higher operational costs. Therefore, it is essential to calculate the necessary dryer capacity and install an appropriately sized dryer. 

Filters are indispensable for effectively eliminating impurities from compressed air, as it plays a vital role in numerous industrial chemical processes. 

Book a Service

Scroll to Top