| 英文摘要 |
Along with the economic development, many industrial districts are close to the resident, and the public improves the living standard and pays much attention to the environmental quality maintenance, so the conflict to the unfavorable living factors as noise, vibration, air pollution, and water pollution caused by industrial area and factory zone appears unceasingly. In view of the character and limit of investigation technology of existing pollution source of peculiar smell and industrial/factory mixed distribution, many advanced telemetry technologies are applied to the air pollution inspection in recent years and acquire significant effect. On the other side, Continuous Emission Monitoring Systems (CEMS) monitors the concentrations of air pollutant emissions; the fake data could evade the air pollution fee, but influence much for the environmental air quality, thus it shall check the data of CEMS for the significant air stationary pollution source constantly, to hold back the fluky thought and behavior of bad dealers.
The initial stage of this plan held the plan execution work explanation meeting on April 14, to confirm the work flow, schedule application and progress distribution. For the supervision of technical discussion and observation, it completed the “Air Pollutant Prevention Control Technology Seminar” and “Stationary Pollution Source Supervision Standard (including investigative technique of applied scientific device) Seminar” in Northern, Central, and Southern branch offices of Environmental Inspection Bureau during May, totally 6 seminars, and respectively 3 seminars for each topic, with totally 152 students and 138 person-times. On August 9~11, it gave the lecture of “Stationary Pollution Source Air Pollutant Continuous Emission Monitoring System (CEMS) Data Check Technical Discussion Seminar (including field operation)” of 20 person for 3 days in Keelung Refuse Resource Recovery Plant, to provide the advanced study and practice experience for relevant personnel via actual operation, and realize the purpose of promoting the supervisor air pollution control related knowledge and enhancing the field supervision technique.
For the audit result of scientific technology application, 5 kinds of scientific instrument technology applications had completed 41 field investigations and inspection works during the plan execution period, among which 3D Lidar was executed for 10 cases, flame ionization detector (FID) was executed for 5 cases, infrared thermal imaging device (FLIR) was executed for 11 cases, infrared gas leak detector (Gas-Find IR) was executed for 9 cases, and open-path Fourier transform infrared spectroscopy (OP-FTIR) was executed for 6 cases. All the cases after executing were collected, analyzed and formulated to “Application Guidance of Scientific Instrument Detecting Air Pollutant Source”, for the reference of practical application by related personnel.
For CEMS auditing, all the 14 cases were accomplished, including procedure of response time test, standard gas test (CGA), relative accuracy test audit (RATA), electric potential test, quality assurance and control of CEMS operation auditing, data acquisition and data processing system (including built-in parameter) auditing, and other declaration compliance auditing. 23 cases were found inconsistent with “Stationary Pollution Source Air Pollutant Continuous Emission Monitoring Systems Management Method”, which violated 12 provisions in the management method. 21 cases were related to failure of system auditing but 2 cases were failure of functional auditing. All the cases after carrying out were collected, analyzed and formulated to “Stationary Pollution Source Air Pollutant Continuous Emission Monitoring Systems Auditing Manual”, for the reference of practical application by related personnel.
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