Energy Systems
Power Plant & Cogeneration
Steam Turbine Cogeneration System
In a steam‑turbine CHP system, electricity is a by‑product of steam generation—the opposite of gas turbines or reciprocating engines where heat is the by‑product of power. When the extracted steam is used by the process, overall site efficiency rises significantly.
Energy Systems
Power Plant & Cogeneration
Steam Turbine Cogeneration System
In a steam‑turbine CHP system, electricity is a by‑product of steam generation—the opposite of gas turbines or reciprocating engines where heat is the by‑product of power. When the extracted steam is used by the process, overall site efficiency rises significantly.
Energy Systems
Power Plant & Cogeneration
Steam Turbine Cogeneration System
In a steam‑turbine CHP system, electricity is a by‑product of steam generation—the opposite of gas turbines or reciprocating engines where heat is the by‑product of power. When the extracted steam is used by the process, overall site efficiency rises significantly.
Steam Turbine Cogeneration System
Steam Turbine Cogeneration — Boiler-Driven
Work Principle
A boiler makes steam for the process. That steam drives a steam turbine coupled to a generator (G) to produce electricity. Power can feed the building/facility and/or the grid. The steam or hot water leaving the turbine is routed to the building/facility for cooling/heating. Unlike gas-turbine or engine cogeneration (where heat is a byproduct of power), the steam-turbine path treats electricity as a byproduct of heat. It is widely used across industries and is an option to improve energy efficiency.
Steam Turbine Cogeneration System
Steam Turbine Cogeneration — Boiler-Driven
Work Principle
A boiler makes steam for the process. That steam drives a steam turbine coupled to a generator (G) to produce electricity. Power can feed the building/facility and/or the grid. The steam or hot water leaving the turbine is routed to the building/facility for cooling/heating. Unlike gas-turbine or engine cogeneration (where heat is a byproduct of power), the steam-turbine path treats electricity as a byproduct of heat. It is widely used across industries and is an option to improve energy efficiency.
Steam Turbine Cogeneration System
Steam Turbine Cogeneration — Boiler-Driven
Work Principle
A boiler makes steam for the process. That steam drives a steam turbine coupled to a generator (G) to produce electricity. Power can feed the building/facility and/or the grid. The steam or hot water leaving the turbine is routed to the building/facility for cooling/heating. Unlike gas-turbine or engine cogeneration (where heat is a byproduct of power), the steam-turbine path treats electricity as a byproduct of heat. It is widely used across industries and is an option to improve energy efficiency.
Other Cogeneration Systems
Engine-Generator Based Cogeneration System
Use both electricity and heat from the same fuel. Our containerized engine-generator systems recover exhaust and cooling heat — boosting thermal efficiency up to 80%.
Micro Steam Turbine (S2E) Cogeneration System
Turn pressure reduction into power. The S2E module captures energy lost in valve-based steam reduction and converts it to electricity.
Other Cogeneration Systems
Engine-Generator Based Cogeneration System
Use both electricity and heat from the same fuel. Our containerized engine-generator systems recover exhaust and cooling heat — boosting thermal efficiency up to 80%.
Micro Steam Turbine (S2E) Cogeneration System
Turn pressure reduction into power. The S2E module captures energy lost in valve-based steam reduction and converts it to electricity.
Other Cogeneration Systems
Engine-Generator Based Cogeneration System
Use both electricity and heat from the same fuel. Our containerized engine-generator systems recover exhaust and cooling heat — boosting thermal efficiency up to 80%.
Micro Steam Turbine (S2E) Cogeneration System
Turn pressure reduction into power. The S2E module captures energy lost in valve-based steam reduction and converts it to electricity.
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