Energy Audit
Compressed Air System
Turnkey systems that run right the first time.
Whether your factory needs high-purity compressed air or dependable dewpoint control, we delivers IHI advanced air drying systems designed for industrial scale — from general-purpose to critical production lines.
Energy Audit
Compressed Air System
Turnkey systems that run right the first time.
Whether your factory needs high-purity compressed air or dependable dewpoint control, we delivers IHI advanced air drying systems designed for industrial scale — from general-purpose to critical production lines.
Energy Audit
Compressed Air System
Turnkey systems that run right the first time.
Whether your factory needs high-purity compressed air or dependable dewpoint control, we delivers IHI advanced air drying systems designed for industrial scale — from general-purpose to critical production lines.
Energy Audit
Compressed Air System
Real-condition testing of compressors, dryers, and piping quantifies where energy is lost and how to recover it, improving efficiency and pressure stability while protecting throughput.
Air‑flow measurement
Inline or portable meters to profile demand across shifts and lines. We correlate to production to reveal real base‑load vs. variable demand.
Piping leak test & evaluation
Ultrasonic survey plus mass‑balance trending. We quantify loss not just count leaks, then rank fixes by cost impact.
Scope & Methods
What We Measure
Energy improvements
From controls and storage tuning to leak repair and heat‑recovery options. We propose actions with payback and implementation steps.
Compressor performance test
On‑site kW, current, pressure, and control‑mode verification; turndown, unloading behavior, and specific energy (kW/100 m³). Detects surge or inefficient cycling.
Compressed‑air quality check
Oil, particles, moisture / dew‑point verification at points of use. Confirms dryer & filtration performance against the required class.
Energy Audit
Compressed Air System
Real-condition testing of compressors, dryers, and piping quantifies where energy is lost and how to recover it, improving efficiency and pressure stability while protecting throughput.
Air‑flow measurement
Inline or portable meters to profile demand across shifts and lines. We correlate to production to reveal real base‑load vs. variable demand.
Piping leak test & evaluation
Ultrasonic survey plus mass‑balance trending. We quantify loss not just count leaks, then rank fixes by cost impact.
Scope & Methods
What We Measure
Energy improvements
From controls and storage tuning to leak repair and heat‑recovery options. We propose actions with payback and implementation steps.
Compressor performance test
On‑site kW, current, pressure, and control‑mode verification; turndown, unloading behavior, and specific energy (kW/100 m³). Detects surge or inefficient cycling.
Compressed‑air quality check
Oil, particles, moisture / dew‑point verification at points of use. Confirms dryer & filtration performance against the required class.
Energy Audit
Compressed Air System
Real-condition testing of compressors, dryers, and piping quantifies where energy is lost and how to recover it, improving efficiency and pressure stability while protecting throughput.
Air‑flow measurement
Inline or portable meters to profile demand across shifts and lines. We correlate to production to reveal real base‑load vs. variable demand.
Piping leak test & evaluation
Ultrasonic survey plus mass‑balance trending. We quantify loss not just count leaks, then rank fixes by cost impact.
Scope & Methods
What We Measure
Energy improvements
From controls and storage tuning to leak repair and heat‑recovery options. We propose actions with payback and implementation steps.
Compressor performance test
On‑site kW, current, pressure, and control‑mode verification; turndown, unloading behavior, and specific energy (kW/100 m³). Detects surge or inefficient cycling.
Compressed‑air quality check
Oil, particles, moisture / dew‑point verification at points of use. Confirms dryer & filtration performance against the required class.
Report
Evidence‑based Results
This on-site compressor performance time-series maps the operating phases—idle/unloaded baseline, load-in and warm-up, deliberate surge-envelope checks, and a sustained verification run at the production set-point. It defines the minimum-stable-flow boundary, confirms control stability, and separates idle loss from productive delivery.
Plan Your Plant’s Energy Roadmap
Talk with our engineering team and map the next few years of your energy strategy—what to do first, what to defer, and how to stage upgrades without disrupting production. We align design, build, and lifetime maintenance under one plan so your plant runs cleaner, steadier, and easier to manage. You leave with a clear path, owners, and next steps.
Plan Your Plant’s Energy Roadmap
Talk with our engineering team and map the next few years of your energy strategy—what to do first, what to defer, and how to stage upgrades without disrupting production. We align design, build, and lifetime maintenance under one plan so your plant runs cleaner, steadier, and easier to manage. You leave with a clear path, owners, and next steps.
Plan Your Plant’s Energy Roadmap
Talk with our engineering team and map the next few years of your energy strategy—what to do first, what to defer, and how to stage upgrades without disrupting production. We align design, build, and lifetime maintenance under one plan so your plant runs cleaner, steadier, and easier to manage. You leave with a clear path, owners, and next steps.
Full System
Engineering
Full System Engineering is a trusted Thai engineering company specializing in energy systems, steam boilers, compressed air systems, and industrial infrastructure for factories and power plants.
With over 25 years of experience, we deliver turnkey engineering services that are energy-efficient, cost-effective, and sustainable.
Call Us
+662-497-9280-4
+662-420-6444-5
Visit Factory
66 Moo 2, Krathum Lom Subdistrict, Sam Phran District, Nakhon Pathom 73220
Office Hours
Mon-Fri: 8am-5pm
Sat-Sun: Closed
Email Us
fullsystem1@yahoo.com
fullsystem2@yahoo.com
Copyright © 2025 – All Right Reserved
Full System
Engineering
Full System Engineering is a trusted Thai engineering company specializing in energy systems, steam boilers, compressed air systems, and industrial infrastructure for factories and power plants.
With over 25 years of experience, we deliver turnkey engineering services that are energy-efficient, cost-effective, and sustainable.
Call Us
+662-497-9280-4
+662-420-6444-5
Visit Factory
66 Moo 2, Krathum Lom Subdistrict, Sam Phran District, Nakhon Pathom 73220
Office Hours
Mon-Fri: 8am-5pm
Sat-Sun: Closed
Email Us
fullsystem1@yahoo.com
fullsystem2@yahoo.com
Copyright © 2025 – All Right Reserved
Full System
Engineering
Full System Engineering is a trusted Thai engineering company specializing in energy systems, steam boilers, compressed air systems, and industrial infrastructure for factories and power plants.
With over 25 years of experience, we deliver turnkey engineering services that are energy-efficient, cost-effective, and sustainable.
Call Us
+662-497-9280-4
+662-420-6444-5
Visit Factory
66 Moo 2, Krathum Lom Subdistrict, Sam Phran District, Nakhon Pathom 73220
Office Hours
Mon-Fri: 8am-5pm
Sat-Sun: Closed
Email Us
fullsystem1@yahoo.com
fullsystem2@yahoo.com
Copyright © 2025 – All Right Reserved