| Abstract Title: | Case study on the application of low-temperatureplasma integration technology for the treatmentmercury-containing waste gas from the crushingprocess of waste fluorescent lamps |
| Presenter Name: | Feng Qinzhong |
| Company/Institution: | University of Chinese Academy of Sciences |
| Session: | Special Session - Assessing the effectiveness of the Minamata Convention on Mercury under climate uncertainties |
| Co-Authors: | Feng Qinzhong |
Abstract Information :
Because mercury has the characteristics of volatility, toxicity and global migration, mercury pollution has become a hot, difficult and focus issue of global concern. Based on China?s environmental technology verification method, the case study for low-temperature plasma integrated technology for the treatment mercury-containing exhaust gas in the treatment process of waste fluorescent lamps was carried out. The total gaseous mercury in the exhaust gas after treatment was less than 0.01mg/m3, which met the emission limit requirements in the Emission Standard (GB16297-1996). The pulse voltage of the plasma power supply is 10-35kV, the pulse current is 8-160A, and the pulse frequency is100-1000Hz. Case study showed that low temperature plasma integrated treatment technology is the available technology for advanced treatment of mercury-containing waste gas.
