PRODUCT OVERVIEW
The Cooperheat High Velocity Combustion Gas Train Burner Set is a powerful industrial heating system designed for large-scale heat treatment applications such as internal firing of vessels and spheres, drying refractory linings, and supplying thermal power for temporary heat treatment furnaces. Engineered for efficient combustion and precise temperature control, this high-capacity burner system delivers uniform heat distribution and controlled heating performance for demanding industrial environments.
Product description
The Cooperheat High Velocity Combustion Gas Train Burner Set represents an advanced solution for industrial heat treatment processes requiring powerful and controlled gas-fired heating. Cooperheat has been a pioneer in the development of high-velocity gas equipment designed to handle complex heating applications where uniform heat distribution and accurate temperature control are essential.
This burner system is commonly used for internal heat treatment firing of vessels and spheres, where hot gases circulate inside the structure to evenly distribute heat across the entire load. The swirling movement of hot gases within the vessel or temporary furnace actively scrubs the internal surfaces and components being heat treated, helping achieve consistent heating conditions throughout the structure.
In addition to heat treatment operations, the burner set is widely used for drying refractory linings and as a thermal power source in temporary heat treatment furnaces. These applications benefit from the system’s high output capacity and stable combustion performance.
A key advantage of the high velocity burner is its exceptional turndown capability, allowing operators to maintain high gas flow at lower temperatures during the early stages of the heat treatment cycle. This capability is critical when gradually heating large metal structures or refractory linings to prevent thermal shock or damage.
Constructed from high-grade stainless steel, the burner is designed for durability and reliable operation in demanding industrial environments. With a heating capacity of 1,758 kW (approximately six million BTU per hour), the burner combined with the Cooperheat gas train system enables precise and sensitive temperature control throughout the heat treatment process.
The Cooperheat High Velocity Combustion Gas Train Burner Set is widely used in industries such as oil & gas, petrochemical, power generation, heavy engineering, and pressure vessel manufacturing, where large-scale heat treatment operations require powerful, controlled, and evenly distributed heat.
Product specifications
Burner Output Capacity:
- Standard burner output: 1,758 kW (6,000,000 BTU/hr)
- Available system output range: 587 kW (2,000,000 BTU/hr) to 2,344 kW (8,000,000 BTU/hr)
Turndown Ratio:
- Up to 50:1 turndown ratio for precise and stable temperature control during heat treatment cycles
Burner Construction:
- Manufactured from high-grade stainless steel for durability in demanding industrial environments
Gas Control Train Safety Systems:
- Flame failure protection
- High and low gas pressure cut-off protection
- Automatic air–gas ratio modulator for controlled combustion and efficient burner performance
Product resources
High Velocity Gas Combustion Burner Set
Frequently asked questions
What is the Cooperheat High Velocity Combustion Gas Train Burner Set used for?
The burner set is used for internal firing heat treatment of vessels and spheres, drying refractory linings, and providing thermal power for temporary heat treatment furnaces in industrial heat treatment applications.
How does the high velocity burner achieve uniform heat distribution?
The burner generates high-speed hot gases that circulate inside the vessel or furnace. These gases swirl around the load, actively distributing heat and ensuring consistent temperature across the entire structure being heat treated.
What is the heating capacity of the Cooperheat high velocity burner?
The burner has a heating capacity of 1,758 kW (approximately six million BTU per hour), making it suitable for large-scale industrial heat treatment operations.
Why is the burner’s turndown capability important in heat treatment?
The burner’s turndown capability allows operators to maintain high gas flow while operating at lower temperatures during the initial stages of the heat treatment cycle, which helps prevent thermal shock and ensures gradual, controlled heating.