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Eclipse
The ECLIPSE Tianshi ncini One burner is used for flue gas incineration and post heating of exhaust gas. The Incini-Cone hourly burner is used for flue gas incineration and post heating of exhaust gases in turbines, dryers, ovens, and similar equipment. The burner is installed in the exhaust duct and requires the exhaust gas flow to provide the oxygen required for complete combustion. The Tianshi burner component includes the burner body, gas or fuel gun, and ignition nozzle with spark plug and sight glass. There are nine sizes available.
Interchangeable gas guns enable gas combustion.
The insulated back panel provides a cooler working environment.
According to the application, the fuel regulation ratio can reach up to 26:1.
The flue gas flow regulation ratio is as high as 2.5:1.
The coaxial design ensures mixing and combustion.
The compact design not only facilitates removal, but also facilitates entry into the incinerator.
Minimal maintenance.
Type: nozzle mixed type
Size type: 9
Capability range: 1.4 to 29.4 (MMBtu/hr - LHV)
400 to 8600 (kW - LHV)
Adjustment ratio: 26:1
Maximum process temperature: 1650 ° F, 900 ° C
Fuel: natural gas, propane, butane
Typical applications:
Flue gas incinerator
Biological and Solid Waste Treatment
I. Product Features
Premixed Design: Adopts a gas/air premixed design to ensure complete combustion and improve thermal efficiency.
High-Efficiency Combustion: Achieves high-efficiency combustion through optimized combustion processes, reducing energy waste.
Low Emissions: The relatively low flame temperature effectively reduces emissions of nitrogen oxides (NOx) and carbon monoxide (CO), meeting stringent environmental regulations.
Low Flame Temperature: Lowers flame temperature to reduce thermal stress, extending the lifespan of the burner and its associated equipment.
Safety and Stability: Designed with multiple safety protections to ensure safe and stable combustion processes.
II. Technical Specifications
Size and Power: Available in multiple sizes with a wide power range, from 1,360,000 Btu/hour to 29,000,000 Btu/hour, to meet various application needs.
Temperature Range: The maximum exhaust gas temperature upstream of the burner is 1100°F, and the maximum exhaust gas temperature downstream of the burner is 1650°F.
Turndown Ratio: Depending on the application, the fuel turndown ratio can reach 26:1, and the exhaust gas turndown ratio can reach 2.5:1.
Ignition and Monitoring: Equipped with a spark plug igniter and observation mirror for easy ignition and combustion monitoring. Additionally, a U.V. scanner is used for flame monitoring to ensure combustion safety.
III. Structure and Design
Burner Body: Manufactured from high-performance stainless steel, offering good corrosion resistance and high-temperature performance.
Gas or Oil Gun: Interchangeable gas or oil gun design for easy replacement based on fuel type.
Insulated Back Plate: Made from insulating materials to reduce the working environment temperature and enhance burner safety.
Coaxial Design: Ensures thorough mixing of gas and air, improving combustion efficiency.
Compact Design: The burner is compactly designed for easy disassembly and installation, reducing maintenance costs.
IV. Application Fields
The Eclipse InciniCone Burner is widely used in industrial sectors requiring waste gas incineration and gas post-heating, such as:
Turbine Exhaust Gas Treatment: Used for post-heating and incineration of turbine exhaust gases.
Drying Furnaces and Kilns: Provides necessary heat for drying furnaces and kilns, improving production efficiency.
Environmental Industry: Used in waste gas treatment equipment, such as Thermal Oxidizers (TOs) and Regenerative Thermal Oxidizers (RTOs), to reduce pollutant emissions.
V. Environmental Protection and Sustainability
Low Emissions: By optimizing the combustion process and adopting a low flame temperature design, effectively reduces NOx and CO emissions, lowering environmental pollution.
Energy-Efficient: The high-efficiency combustion method and flexible adjustment capabilities help conserve energy and reduce production costs.
Compliance with Regulations: Meets environmental regulations in various countries, assisting companies in achieving green production.
VI. Conclusion
The Eclipse InciniCone Burner, with its characteristics of high-efficiency combustion, low emissions, and safety and stability, has broad application prospects in the fields of waste gas incineration and gas post-heating. Adopting advanced technology and design concepts, this burner not only improves production efficiency and product quality but also contributes to environmental protection and sustainable development.
The ECLIPSE Tianshi ncini One burner is used for flue gas incineration and post heating of exhaust gas. The Incini-Cone hourly burner is used for flue gas incineration and post heating of exhaust gases in turbines, dryers, ovens, and similar equipment. The burner is installed in the exhaust duct and requires the exhaust gas flow to provide the oxygen required for complete combustion. The Tianshi burner component includes the burner body, gas or fuel gun, and ignition nozzle with spark plug and sight glass. There are nine sizes available.
Interchangeable gas guns enable gas combustion.
The insulated back panel provides a cooler working environment.
According to the application, the fuel regulation ratio can reach up to 26:1.
The flue gas flow regulation ratio is as high as 2.5:1.
The coaxial design ensures mixing and combustion.
The compact design not only facilitates removal, but also facilitates entry into the incinerator.
Minimal maintenance.
Type: nozzle mixed type
Size type: 9
Capability range: 1.4 to 29.4 (MMBtu/hr - LHV)
400 to 8600 (kW - LHV)
Adjustment ratio: 26:1
Maximum process temperature: 1650 ° F, 900 ° C
Fuel: natural gas, propane, butane
Typical applications:
Flue gas incinerator
Biological and Solid Waste Treatment
I. Product Features
Premixed Design: Adopts a gas/air premixed design to ensure complete combustion and improve thermal efficiency.
High-Efficiency Combustion: Achieves high-efficiency combustion through optimized combustion processes, reducing energy waste.
Low Emissions: The relatively low flame temperature effectively reduces emissions of nitrogen oxides (NOx) and carbon monoxide (CO), meeting stringent environmental regulations.
Low Flame Temperature: Lowers flame temperature to reduce thermal stress, extending the lifespan of the burner and its associated equipment.
Safety and Stability: Designed with multiple safety protections to ensure safe and stable combustion processes.
II. Technical Specifications
Size and Power: Available in multiple sizes with a wide power range, from 1,360,000 Btu/hour to 29,000,000 Btu/hour, to meet various application needs.
Temperature Range: The maximum exhaust gas temperature upstream of the burner is 1100°F, and the maximum exhaust gas temperature downstream of the burner is 1650°F.
Turndown Ratio: Depending on the application, the fuel turndown ratio can reach 26:1, and the exhaust gas turndown ratio can reach 2.5:1.
Ignition and Monitoring: Equipped with a spark plug igniter and observation mirror for easy ignition and combustion monitoring. Additionally, a U.V. scanner is used for flame monitoring to ensure combustion safety.
III. Structure and Design
Burner Body: Manufactured from high-performance stainless steel, offering good corrosion resistance and high-temperature performance.
Gas or Oil Gun: Interchangeable gas or oil gun design for easy replacement based on fuel type.
Insulated Back Plate: Made from insulating materials to reduce the working environment temperature and enhance burner safety.
Coaxial Design: Ensures thorough mixing of gas and air, improving combustion efficiency.
Compact Design: The burner is compactly designed for easy disassembly and installation, reducing maintenance costs.
IV. Application Fields
The Eclipse InciniCone Burner is widely used in industrial sectors requiring waste gas incineration and gas post-heating, such as:
Turbine Exhaust Gas Treatment: Used for post-heating and incineration of turbine exhaust gases.
Drying Furnaces and Kilns: Provides necessary heat for drying furnaces and kilns, improving production efficiency.
Environmental Industry: Used in waste gas treatment equipment, such as Thermal Oxidizers (TOs) and Regenerative Thermal Oxidizers (RTOs), to reduce pollutant emissions.
V. Environmental Protection and Sustainability
Low Emissions: By optimizing the combustion process and adopting a low flame temperature design, effectively reduces NOx and CO emissions, lowering environmental pollution.
Energy-Efficient: The high-efficiency combustion method and flexible adjustment capabilities help conserve energy and reduce production costs.
Compliance with Regulations: Meets environmental regulations in various countries, assisting companies in achieving green production.
VI. Conclusion
The Eclipse InciniCone Burner, with its characteristics of high-efficiency combustion, low emissions, and safety and stability, has broad application prospects in the fields of waste gas incineration and gas post-heating. Adopting advanced technology and design concepts, this burner not only improves production efficiency and product quality but also contributes to environmental protection and sustainable development.