Application of RCO Treatment on Automobile Coating Drying Waste Gas

Authors

  • Shu li Liu Environmental Technology Group (Qingyun) Limited

DOI:

https://doi.org/10.30564/frae.v3i3.2659

Abstract

With the increasingly serious environmental problems, China has adopted more and more strict industrial production emission policies. Haze pollutes the weather and limits the production of polluting enterprises have seriously affected the normal production process of the factory. The pollutants discharged in automobile manufacturing process are increasing, and the environmental pollution caused by automobile coating needs to be solved urgently. Because a large amount of solvent-based paint is used in the production process, the pollution caused by volatile organic compounds is difficult to avoid. RCO is a new technology in the field of automobile coating waste gas treatment. Application of RCO in automobile coating waste gas treatment is studied.

Keywords:

RCO; Automobile coating drying; Application

References

[1] Chai Yuan, Chen Ziqi, Study on Energy Saving and Emission Reduction Technology of Automobile Coatings [J]. China Science and Technology Innovation and Application ,2017(14):128.

[2] Cao Xiaogan. on Energy Saving and Emission Reduction Technology of Automobile Coatings [J]. Electroplating and finishing, 32(02):67-69.

[3] He Quan. Preliminary Study on Energy Saving and Emission Reduction of Automobile Coatings Equipment Manufacturing ,2020(06):230-231.

[4] Zhang Zhen, Wang He. Analysis on Energy Saving and Emission Reduction Technology of Automobile Coatings [J]. Heilongjiang Science,2010,7(24):32-33.

[5] Fan Guiping. Study on Energy Saving and Emission Reduction Technology Based on Automobile Coatings [J]. Science and Technology Vision,2018(13):16-17.

[6] Analysis on VOCs Emission Reduction Approach in Automobile Painting Industry Ren Yong, Jia Li. Environmental impact assessment,2015(04).

[7] Study on B1：B2 Construction and Application of New Vehicle Coatings Technology [J]. and Liu Jihua, Zhang Dongmin, Rong Yong Gong. Shanghai paint, 2019(03).

[8] Cai Xiaoli, Zhai Liupeng. Energy Saving and Emission Reduction Technology for Automobile Coatings Modern Coatings and Coatings 21(3):46-48.

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Vol. 3 , Iss. 3 (October 2020)

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Articles

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