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E-mail
sales@sunairgas.com,sunairgas@126.com
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Phone
18925585368,13923749450
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Address
No. 10, Liuyongwei Industrial Second Ring Road, Wanjiang District, Dongguan City, Guangdong Province
Product Categories
- +99.9% purity nitrogen generator
- 99.999% purity nitrogen generator
- +90% to 95% purity oxygen generator
- +99.999% purity nitrogen generator
- 90% to 95% purity oxygen generator
- 30% purity oxygen enriched combustion supporting equipment
- 99.9% purity nitrogen generator
- +99.99% purity nitrogen generator
- 99.5% purity nitrogen generator
- 99.99% purity nitrogen generator
- 99% purity nitrogen generator
Dongguan Saniai Gas Equipment Co., Ltd
Industrial boiler oxygen enriched combustion and energy-saving equipment
NegotiableUpdate on 10/30
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Overview
Product Description: Industrial Boiler Oxygen Enrichment Combustion Energy saving Equipment 1. Application of Pressure Swing Adsorption Oxygen Generation in the Field of Oxygen Enrichment Combustion Oxygen Enrichment Combustion Equipment The oxygen content in the air is ≤ 21%
Product Details
Product Description:Industrial boiler oxygen enriched combustion and energy-saving equipment
1. Application of pressure swing adsorption oxygen production in the field of oxygen enriched combustion
Oxygen enriched combustion supporting equipment
The oxygen content in the air is ≤ 21%. The combustion of fuel in industrial boilers and industrial cellars is also carried out under such air content conditions. Practice has shown that when the oxygen content of the gas burned in the boiler reaches 25% or more, energy savings can be as high as 20%; Reduce the boiler start-up heating time by 1/2-2/3. And oxygen enrichment is the application of physical methods to collect oxygen from the air, so that the oxygen content in the collected gas is 25% -30%. Sending this part of oxygen rich gas into the boiler or cellar through secondary air can increase the overall or local oxygen content in the furnace, reduce the overall air excess coefficient in the furnace, effectively reduce the heat carried away by the excess air coefficient when the air excess coefficient is high, and lower the exhaust gas temperature. Due to the increase in oxygen enrichment, the ignition conditions can be improved, resulting in complete combustion. This not only saves energy but also ensures environmental protection, in line with national emission reduction requirements.
2. The advantages and energy-saving effects of oxygen enriched combustion assistance technology
1) Enriched oxygen combustion can not only reduce the ignition point of fuel, improve combustion intensity and efficiency, accelerate combustion speed, obtain better heat conduction, increase heat utilization efficiency, and improve flame temperature, thereby achieving the goal of energy conservation and consumption reduction. For example, glass cellars can save 5-15% energy and improve quality by 5-10%. Industrial boilers can save energy by 5-15%. Reduce the excess air coefficient, decrease smoke exhaust volume, reduce smoke blackness, and minimize environmental pollution. While saving energy, the increase in temperature is conducive to complete combustion reactions, achieving the effect of reducing pollution, and has significant economic and social benefits. Usually, the entire investment can be recovered within one year.
2) The overall integrity of the equipment is good, easy to install, and the effect is good.
3) Short installation cycle and quick results.
3. Manufacturing capacity of oxygen enriched combustion equipment: 10-15000Nm3/h
Scope of application
Boiler series: industrial coal-fired boilers, gas boilers, oil fired boilers, garbage incinerators.
Kiln series: glass kilns, rotary kilns, cement kilns, ceramic kilns, metal smelting furnaces, as well as fuel and gas generator sets, etc.
1. Application of pressure swing adsorption oxygen production in the field of oxygen enriched combustion
Oxygen enriched combustion supporting equipment
The oxygen content in the air is ≤ 21%. The combustion of fuel in industrial boilers and industrial cellars is also carried out under such air content conditions. Practice has shown that when the oxygen content of the gas burned in the boiler reaches 25% or more, energy savings can be as high as 20%; Reduce the boiler start-up heating time by 1/2-2/3. And oxygen enrichment is the application of physical methods to collect oxygen from the air, so that the oxygen content in the collected gas is 25% -30%. Sending this part of oxygen rich gas into the boiler or cellar through secondary air can increase the overall or local oxygen content in the furnace, reduce the overall air excess coefficient in the furnace, effectively reduce the heat carried away by the excess air coefficient when the air excess coefficient is high, and lower the exhaust gas temperature. Due to the increase in oxygen enrichment, the ignition conditions can be improved, resulting in complete combustion. This not only saves energy but also ensures environmental protection, in line with national emission reduction requirements.
2. The advantages and energy-saving effects of oxygen enriched combustion assistance technology
1) Enriched oxygen combustion can not only reduce the ignition point of fuel, improve combustion intensity and efficiency, accelerate combustion speed, obtain better heat conduction, increase heat utilization efficiency, and improve flame temperature, thereby achieving the goal of energy conservation and consumption reduction. For example, glass cellars can save 5-15% energy and improve quality by 5-10%. Industrial boilers can save energy by 5-15%. Reduce the excess air coefficient, decrease smoke exhaust volume, reduce smoke blackness, and minimize environmental pollution. While saving energy, the increase in temperature is conducive to complete combustion reactions, achieving the effect of reducing pollution, and has significant economic and social benefits. Usually, the entire investment can be recovered within one year.
2) The overall integrity of the equipment is good, easy to install, and the effect is good.
3) Short installation cycle and quick results.
3. Manufacturing capacity of oxygen enriched combustion equipment: 10-15000Nm3/h
Scope of application
Boiler series: industrial coal-fired boilers, gas boilers, oil fired boilers, garbage incinerators.
Kiln series: glass kilns, rotary kilns, cement kilns, ceramic kilns, metal smelting furnaces, as well as fuel and gas generator sets, etc.
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