At present, the first batch of the controlled connected flue pipe according to their manufacturing process includes: boiler power generation process, cement manufacturing process and EAF process, with a total of 21 factories, 64 flues; the second batch of the controlled connected flue pipes is the waste incineration process, with a total of five factories, 14 flues; the third batch is boiler power generation process (80 to 130 tonnes / hour), chemical manufacturing process and iron ore primary smelting and sintering process, with a total of 12 factories, 36 flues and self-connected 4 factories and 10 flues. In Kaohsiung, a total of 31 public and private factories place has 124 connected flues. Till Dec 31, 2014, according to statistics, each annual scheduled task has been done. The check are prioritized on the factories without check or with bad check history. See Table 3-1(Work schedule). In terms of pre-operation, based on review of management practices and related regulations, the CEMS checking and QA operating procedures have been revised and submitted by July 31, 2014. Monitoring instrument function checking: The relative accuracy check of 35 flues has been done with the completion rate of 100%. Except Southern District incineration with P001 HCl and CPC Kaohsiung Refinery with P105 Flow, they are not qualified, the others are all passed with the pass rate of 100%. In the offset correction factor (BAF), nitrogen oxides are the highest (24%). As for the opacity error correction, 30 flutes have been checked with the completion rate of 100%; low, medium and high range pass rate was 100%, and the error is less than 1%. 40 flutes has been done for the standard gas check with the completion rate of 100%; each measured items are all qualified with the error mostly less than 5%; nitrogen dioxide checks have been carried out 22 times with the completion rate of 100%, and the overall conversion rate is 93.99%. As for the factories with poor conversion rate, they have been recommended that the manufacturers should check themselves regularly. When the conversion rate is low, the related supplies should be replaced. After flues with BAF are checked, the manufacturers should observe whether the systematic offset occurs. Supervision checking: 26 groups have been completed on the relative accuracy and supervise check and 20 groups have been checked on its opacity. The supervision check job is that when the factories are doing self-checking, they are supervised on the site to confirm whether the factory in accordance with regulations really do it. Currently, they are all in compliance with the requirements of legislation. Data quality monitoring: As for monthly regular review and the completion of daily and monthly date transmission rate and the statistics of effective monitoring hours percentage, part of the factories have suffered data processing systems hardware and software anomalies or abnormal power failure, all of which might result in data loss or leak. Currently, the daily and monthly transmission rate reaches the rate of 100%. As for the monthly report, the majority of public and private factories makes improvement by themselves according to the monthly check review. The error rate in the month report has declined. In 2014, the efficiency rate from the first to the third quarter has reached more than 85 percent. The uploaded daily review has been checked daily. There hasn’t been found any abnormal situations announced by EPA in the overall emissions trends. Site evaluation operation: The on-site check work has been done with the completion rate of 100%. The relevant faults have been informed to the factories and the feedback has been collected from the factories for the follow-up work. Regulatory Compliance checking: Checks have been done in 56 factories with the completion rate of 100%, and for the fault checking, the follow-up counseling and improvement works have been done. To confirm the improvement situation, our team from time to time has done the follow-up operation to enhance the quality control in the connected factories, and to increase the accuracy and reliability of the connected data. However, till now, the unimproved faults mostly are that the persons in charge are not familiar with the work and correction is delayed. Air quality center updating and maintenance: The air quality center updating and maintenance items Include stationary pollution source data, mobile pollution source data, air quality monitoring station data, CEMS, CCTV, construction site CCTV, top-50 big construction sites on the amount of construction emission, street sweeping/washing vehicles, vehicle real-time inspection system and integration of the map data in the voice control zone, Kaohsiung City and other information. The implementation items include data collection, data processing, air quality reports and records, regular database maintenance, backup services, information security weaknesses inspection, bug fixes, and remote backup, and regularly reporting the last month connection data and system anomalies situation. Maintaining and updating the database and query system: The works include current data, controlled data, emissions reporting data, test data, updating the expanded data, stationary pollution sources of the public and private factories and discharge piping GPS coordinate data, the stationary pollution sources factories first and second page complete database and permit application data, fixed air pollution source factories, and "pollution fingerprint" data in the industrial areas. Updating and maintenance of major pollution cases and its emergency treatment system: Here, we have covered stationary air pollution sources database integration, factories and industrial areas contaminated fingerprint database, pollution petition data, MSDS material safety data, FTIR monitoring data, CEMS monitoring connection data, air quality monitoring station data, industrial areas environmental monitoring, and meteorological data.

CEMS, CGA, RATA, OP, Air quality management center, Decision Support Systems