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Ultra-low Emission Technology of Flue Gas Pollutants

Pyneo's ultra-low flue gas emission technology has played a leading role in the smooth implementation of China's Air Pollution Prevention and Control Action Plan "Atmosphere Ten". Before the implementation of "Atmosphere Ten", in order to guarantee the 2008 Beijing Olympic Games, the first denitrification device in China was successfully put into operation in Beijing No.1 Thermal Power Plant with independent research and development technology. After the implementation of "Atmosphere Ten", in order to guarantee the G20 Summit in Hangzhou in 2016, 90% of the ultra-low emission project in Hangzhou was successfully implemented by Pyneo. The successful implementation of this technology has actively responded to Xi Jinping's new era of socialism with Chinese characteristics, established and practiced the concept that Clear waters and green mountains are gold mountains, adhered to the basic national policy of saving resources and protecting the environment, and built a community of human destiny together.

主要内容

Ultra-low flue gas emission technology relies on School of Energy Engineering of Zhejiang University, and Institute of Thermal Energy Engineering, and State Key Laboratory of Clean Energy Utilization, as well as State Environmental Protection Coal-fired Air Pollution Control Engineering Technology Center. It adopts independent research and development technology, has a number of unique patented technologies, and has won many national awards.

详细介绍

技术特点
应用领域
流程图
技术优势
获奖证书及专利

Pyneo's ultra-low emission technology of flue gas won the first prize of 2017 national technological invention.

Low NOx combustion technology can achieve stable combustion at low load, which won the second prize of National Science and Technology Progress Award.

Multi-nozzle ejector with patented denitrification technology won the China Patent Excellence Award, and the nozzle was identified as the scientific and technological achievement of Zhejiang Province.

For complex reaction flow field, it can be simulated according to different working conditions to achieve the best reaction effect. This technology won the second prize of National Natural Science Award.

The wet absorption tower adopts self-designed empty tower spray technology, and the tower is equipped with high-efficiency and low-resistance and efficiency-increasing devices, which have independent intellectual property rights and have obtained many national patents.

There are a variety of ultra-low emission technologies such as denitrification, desulfurization and dust removal to choose from. According to the characteristics of flue gas pollutants, the ultra-low emission treatment technology with the highest efficiency, the best performance, the lowest operating cost and the highest cost performance is selected for matching.

It is suitable for the treatment of flue gas of various pollutants, and can well adapt to the treatment of various pollutants under different working conditions.

Electric power industry, thermal power industry (coal-fired boiler flue gas)

Smelting industries such as silicon furnace and nickel alloy (flue gas from silicon furnace and smelting furnace)

Garbage incinerator, gas-liquid-solid incinerator (incineration flue gas)

Sintering and coking industry (sintering machine, coke oven flue gas)

Cement and glass smelting industry (furnace flue gas)

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Ultra-low flue gas emission technology relies on School of Energy Engineering, Zhejiang University, and Institute of Thermal Energy Engineering, and State Key Laboratory of Clean Energy Utilization, as well as State Environmental Protection Coal-fired Air Pollution Control Engineering Technology Center. It adopts independent research and development technology, has a number of unique patented technologies, and has won many national awards.