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常州印刷有機(jī)廢氣處理報(bào)價(jià)

2023-05-29 14:05:25   來(lái)源:admin   
有機(jī)廢氣 ——IntroductionWiththeadvancementoftechnology,theprintingindustryhasseenasignificantriseinproduction.However,thisincreaseinproductionhas

Introduction

With the advancement of technology, the printing industry has seen a significant rise in production. However, this increase in production has also resulted in the generation of harmful organic gases. Due to the negative impact of these gases on the environment and human health, it has become essential for the printing industry to adopt eco-friendly practices. Constant research and innovation in the field of organic gas treatment technology has led to the development of various solutions. In this article, we will discuss the organic gas treatment and the current pricing scheme for organic gas treatment in the printing industry of Changzhou, China.

Types of Organic Wastes Generated in the Printing Industry

Printing industries generate a wide range of organic wastes, including volatile organic compounds (VOCs), airborne particles, and ink or solvent residues. These wastes are not only harmful to the environment but also have adverse effects on the health of workers. The organic gases released during printing and production processes pose a significant threat to human health. Exposure to these gases can cause respiratory diseases and other health problems. Therefore, the treatment of organic gases has become a crucial factor in the printing industry.

Technical Solutions for the Treatment of Organic Gases

Various technical solutions have been developed to treat organic gases, including thermal oxidation, bio-filtration, catalytic oxidation, absorption, and adsorption. Thermal oxidation is commonly used in the printing industry to treat organic gases as it is effective for high levels of VOCs. Bio-filtration is a biological process in which bacteria remove contaminants from the air. Catalytic oxidation uses a catalyst to break down organic gases and convert them into harmless products. Absorption and adsorption are also widely used in the printing industry; absorption uses liquids to dissolve organic gases, whereas adsorption employs activated carbon to remove organic gases from the air stream.

Costs Involved in the Treatment of Organic Gases

The cost of organic gas treatment mainly depends on the type of treatment technique used, the concentration of gases, the volume of the gas, and other factors such as energy consumption, maintenance, and operating costs. Currently, the average cost of treating organic gases in the printing industry in Changzhou ranges from 3000-8000 RMB per ton. However, the exact cost may vary depending on the size of the printing house, the type of gases generated, and the selected treatment technique.

Conclusion

In conclusion, the management of organic gases has become an unavoidable issue for the printing industry. To fulfill the environmental regulations and ensure the safety of workers, it is essential to treat the hazardous waste effectively. The advanced organic gas treatment techniques like thermal oxidation and bio-filtration have been gaining immense popularity in Changzhou, China. The cost of organic gas treatment depends on various factors, but it is a necessary investment for the printing industry to thrive while contributing to a healthier environment.

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