Home >> Company News >> Oxygen-rich country about energy-saving emission reduction policies
    General Office of the National Development and Reform Commission on the organization and implementation, "the key to energy conservation and new energy technology" significant industrial and technological development of country specific notice that the second: industrial furnace energy-saving new technologies.

    Oxygen because the air content of 21% nitrogen content of 78 percent, but the boiler combustion air to be taken away many of the heat, fuel combustion in the air only at 21 percent concentration of oxygen involved in combustion, and 78% of the nitrogen will have to absorb a large number of combustion heat, and smoke emission, resulting in environmental pollution and energy waste. Tests showed that only when the oxygen content of air to reach 29% -32% of the time, the boiler can achieve the best combustion efficiency. This burning, an increase in the oxygen content in the air that is oxygen-rich combustion to improve boiler combustion efficiency are an effective way. Oxygen-enriched combustion for boiler energy saving device is to provide an oxygen-rich combustion environment. At present, China's industrial boilers with total capacity of approximately 553,000 Units, of which nearly 86% are coal-fired boilers, each year to "consume" one-third of the national output of raw coal. If you have used 60 percent of industrial boiler using oxygen-enriched combustion energy-saving devices, could be 031 million tons of coal coal (coal rate by 10%) of the funds can be saved in 13 billion yuan (price of coal by 520 yuan / ton of ).

    At present, the oxygen-enriched combustion as a new combustion technology in the world have been given high priority, the United States, Korea and other countries require their national new industrial furnace, industrial boiler combustion air may not be ordinary, we must all use of oxygen-enriched combustion device.

    Focuses on the development of different products of the industrial furnace high temperature air combustion technology (HTAC technology), pure oxygen or oxygen-enriched combustion of energy-saving technologies, high-solid-gas suspension preheater precalcining cement production technology, waste heat (exhaust) technology for comprehensive utilization of resources (including large-scale Blast furnace top gas pressure generation integrated energy-saving technology, coke oven gas and converter gas recovery and utilization of dry technology, chemical and oil refining industry of combustible gas additional use of technology, etc.). The expected goal: solve the regenerative high temperature air combustion and pulse combustion of key technologies, melting furnace and kiln technology for efficient utilization of waste heat, furnace longevity of the key technologies, such as industrial furnaces and other key energy-saving technology, improve the thermal efficiency of furnace more than 10%.