DATA.epa 行政院環境保護署 環境資源資料開放平台

"Inspection Control Plan on Sandstone Site of Pingtung County in 2018"

" Abstract The task team implemented “Inspection Control Plan on Sandstone Sites of Pingtung County in 2018.” The implementation duration is from July 18, 2018 to July 17, 2019. As of July 17, 2019, the implementation results of this plan are summarized as follows: 1. Pollution control of the outreach roads and the sandstone vehicles The project was a continuation plan that began on July 18, 2018. The primary task of the project is to counsel the operators immediately to carry out the maintenance tasks of the roads around the sandstone sites and sign the road maintenance commitment. Then launched the monitoring operation of the road dust monitoring system in the concentrated area of the sandstone sites set up in the year of 2017, and cooperated with the monitoring and command center established in the “Demonstration Project on Technology Monitoring Pollution in Sandstone Zone of Pingtung County in 2018.” Through the above work, we would like to improve the road pollution problem caused by the transport of sandstone vehicles that was less satisfied by the residents in the year 2017. As of July 17, 2019, the counseling of sandstone sites in Pingtung County were completed including the Downstream of Ligang Bridge Sandstone Self-discipline Association, Gaoshu Care Association, Jiangnan Lane Self-discipline Association and 21 other industry operators joining the road maintenance plan. The total number of road section of maintenance is 22 and the total length of maintenance is 22.7 km. The total length of road washing and sweeping maintenance by the sandstone industry in this county is 10,238.08 km. A total of 316 times of inspections were carried out to check the results of road maintenance, of which 278 times were classified as clean level after good road washing, and 38 were classified as ordinary, that is, there was still some significant residual sand after road washing. The LINE communication software was utilized to inform the industry operators to improve the cleaning frequency and return the relevant improvement photos. In addition, in the CCTV monitoring of road dust caused by sandstone vehicles transportation, the data showed that as of May 31, 2019, the project has carried out a total of 1206 times of road CCTV monitoring records for 201 days, and seized 248 times of violations of transport road dust in sandstone concentrated areas. The task team informed the industry and immediately performed 248 washing and sweeping operations to reduce the road dust and enhance the effectiveness of road dust control. In this year, the length of outreach road washed and swept near the sandstone sites was 128 km. The reduction amounts were 3532.8, 754.56, and 174.82 kg for TSP, PM10, and PM2.5, respectively. As of July 17, 2019, the pollution control task of sandstone vehicles was carried out 9 times, a total of 282 sandstone vehicles were intercepted on the roadside and performed the follow shooting operations, of which 264 vehicles met the regulation and 18 vehicles did not. The compliance rate ranged from 90 to 97%. The overall compliance rate was 94%. The minor violations of sandstone vehicles have been reported to the EPB and send a document to the transport company to strengthen the supervision for improvement and to ask the drivers to attend the three violations of sandstone vehicle driver re-education seminars held by EPB. In addition, through the CCTV monitoring technology in 2018, 1,225 sandstone vehicles were seized for violations during the transportation process. Among them, 402 vehicles were identified by the license plate identification system, and asked the illegal vehicle drivers or company to attend the re-education courses. From January to May of 2019, the number of illegal vehicles seized was 382. In response to the monitoring of dredging vehicles that did ..."

2018

"Environmental Protection Bureau, Pingtung County"

"康廷工程顧問企業有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=214816

20200118

"Determination and discrimination of volatile organic compounds in Naphtha No.6 industrial park"

" This project is to conduct PTR-MS measurements of volatile organic compounds (VOCs) within the Formosa Naphtha No.6 industrial park, which is different from the previous relevant NIEA projects that were conducted around and outside the park. Three sites (P1, P2 and P3) were chosen including: 1. south of the employee dormitory (6/26 – 7/13, P1); 2. Formosa Sumco Technology (7/20 – 8/3, P2); 3. Oil refinery-1 (8/10 – 8/31, P3), where real-time measurements were lasted for at least two weeks at each site. PTR-TOF has a major advantage of greater mass resolution than does QMS. It can perform rapid scans of air matrix and detect air-borne compounds released from potential sources. During the three monitoring periods, of all the compounds detected by PTR-TOF, their mixing ratios were in the range of several ppb (v/v) to several hundred ppb. Based on the observed concentration ranges, no major leaks existed considering the scale and complexity of the park. The measurement results suggest that 11 VOCs were detected at P1, 15 compounds at P2 and 17 compounds at P3. These found VOCs mainly comprised of oxygenated VOCs (alcohol, aldehydes, ketones, organic acids, esters), non-methane hydrocarbons (alkene, aromatics), nitrogen-containing VOCs and sulfur-containing VOCs. When summarizing the semi-quantitative results obtained by PTR-TOF at the three sites, major constituting VOCs in ambient air are categorized as follows: Alkenes including ethene (460.1 ppb), butenes (64.7 ppb), pentenes (11.5 ppb), butadienes (59.5 ppb). Aromatics included benzene (92.2 ppb), C2-benzene (28.7 ppb), styrene (26.7 ppb), and C3-benzene (64.5 ppb). The N-containing VOCs included N,N-dimethylformamide (154.6 ppb), morpholine (38.7 ppb). O-containing VOCs included acetaldehyde (44.6 ppb) and acetone/propanal (54.5 ppb). Furthermore, there were two compounds of trace levels, namely formic acid (7.2 ppb) and methyl methacrylate (0.9 ppb), which were only observed at P3. These aforementioned compounds will form a useful list of reference to be adopted in future forensic investigation in case of industrial hazards. We found that most observed VOCs were sensitive to the change of wind direction, which is reasonable as the sources of high variety were in proximity to the monitoring site. A common feature would be pronounced concentration spikes (such as for propylene) during the course of real-time monitoring. The measurement data of PTR-TOF were able to be compared with those of QMS at P1 to assure the data quality of TOFMS. Consistent results were noted between the two instruments, which suggests the reliability of TOFMS measurements for most VOCs. An automated gas chromatograph (GC) was employed to assist the validation of measurements of TOFMS at P2 and P3 when QMS malfunctioned and was not available for mutual validation. As a result, a rugged and simple GC can be useful to compliment the more fragile and delicate instruments such as PTR-MS in field measurements."

2015

"Environmental Analysis Laboratory"

"國立中央大學"

https://epq.epa.gov.tw

20160201

"Air Pollution Reduction and Control Regarding Temple Fairs in Chiayi City"

" Aiming to replace joss paper with food offering, promote centralized burning of joss paper, and reduce the use of firecrackers, the project achieved a great improvement in air pollution by performing an active inspection on the data related to temple fairs and air pollutant emissions. Through the questionnaire survey, we analyzed and investigated into the religious rituals of local residents in Chiayi City, assessed the effectiveness of the advocacy strategy in Chiayi City, and provide the Environmental Protection Administration with a standard reference for stipulating joss paper reduction policies in the future. Joss paper reduction measures of this project were divided into food offering in place of joss paper and centralized joss paper burning. Measures of food offering in place of joss paper were organized in two separated stages. First of all, a total 1,000-pack of eco-friendly joss papers have been distributed to Jiu Hua Shan Di Cang An of Chiayi City which ranked top in terms of the independent air pollution control last year. Secondly, a total 1,000-pack of joss papers have been designed and manufactured, which were recommended to be distributed to the top 10 temples of the independent air pollution control who have not yet received the food offering in place of joss papers this year. Additionally, a total 50 sets of joss paper collection and recycling boxes have been designed and manufactured. During the explanatory sessions in temples that implemented centralized joss paper burning, surveys were carried out to assess the willingness of the temples, communities, and village offices to accept the boxes. In order to understand the views of local residents in Chiayi City for their religious rituals and eco-worshiping, 2018 household religious ritual survey was specifically organized to access the public opinions as a standard guideline for the government to stipulate policies and conduct management in the future. The survey results revealed that most local residents choose Tomb-Sweeping Day, Chinese New Year, and Ghost Festival to worship and practice their religious rituals in hope of peace, blessing, fortune, and good grade. In terms of willingness to adopt eco-friendly and healthy approaches, the respondents have the highest willingness in using joss papers and incense sticks of higher quality. In terms of the eco-friendly worshiping, centralized joss paper burning accounted for the largest proportion (38.7%), followed by food offering in place of joss paper (14.0%) and donations to public service in place of joss paper (9.2%). In terms of the level of approval, food offering in place of joss paper accounted for the largest proportion (56.9%) followed by centralized joss paper burning (55.1%) and donations to public service in place of joss paper (42.1%). In terms of the reasons for disapproval, inconsistent with the original religious rituals, disrespect for the gods, inconvenient accounts for the largest proportion. By performing a survey with the large-scale temple fair questionnaires during the meeting sessions, the result revealed that temple fair with less than 1,000 participants that lasts for 1 day account for the largest proportion, among which the event activities mostly concentrated on the second and third month of the lunar calendar. In addition, most temples have carried out or have the willingness to cooperate with the alternative eco-friendly solutions such as donations to public service in place of joss paper, food offering in place of joss paper, etc. As the eco-friendly worshiping gradually gain prominence, the project shall be carried out continuously so as to change the general public’s religious rituals and reduce the air pollution arising therefrom. In particular, the car of firecracker simulator are promoted in a total of 5 temple fairs o..."

2018

"Environmental Protection Bureau, Chiayi City"

"博宇環境科技有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=194881

20190331

"Taoyuan City Diesel vehicle inspection Program for 2017"

" As the horsepower outputted by diesel engines are higher than oil engines, the oil consumption of diesel engines are also less than that of oil engines. Thus, diesel engines are comprehensively applied to the transportation of passengers, cargoes, construction machines or other purposes. As the swift growth of economy, the quantity of diesel vehicles also increases accordingly in a short time. However, many researches show that the pollutants exhausted by diesel vehicles will result in serious damages to human bodies. Therefore, regarding the pollution control of diesel vehicles, it is necessary to gradually make the emission standards stricter in new vehicle models; besides, it is also necessary to more strictly manage and control the emission of vehicles currently in use and promote the vehicle owners to maintain their vehicles on time and periodically inspect their vehicles in order to avoid that their vehicles become the pollutant sources. So as to cooperate with the control strategy of Environmental Protection Bureau for diesel vehicles and achieve the object of “Air Pollution Protection Act”, the major measures of the project are to conduct the diesel vehicle dynamometer inspection and the station test inspection to irregularly inspect, maintain and improve the diesel vehicles currently in use so as to effectively improve the air pollution of Taoyuan City and realize the environmental protection. "

2017

"Taoyuan County Government Environment Protection Bureau"

"茂迪環境有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=173783

20180901

"Adaptation strategy on Climate Change planning in 2014"

" Climate change now is one of most important issues around world. Every country has been studying climate change for a long time though; most efforts are done for mitigation. In recent years, each country has started to emphasize adaptation. The proportion of discussion in COP (Conference of the Parties) has changed as well. Everyone is paying more attention to adaptation. As continuation of the last year results of the work, this project collects and updates latest information of adaptation from UK, US, Germany, Japan and the Netherland. The project also studies IPCC AR5 and analyzes key issues and progress of climate change adaptation of other countries, aims to drawn the roadmap of climate adaptation in Ministry of Environment and Natural Resources.In this year, the project also continue to finish “Climate Change Adaptation Guidebook”, collect results of international education on climate change adaptation, and set assessment index to review the achievement. 4 workshops of climate change adaptation education were held in 4 regions to provide basic knowledge of climate change to local government and stakeholders. The feedbacks were included in the “Climate Change Adaptation Guidebook”. The electronic version of the guidebook was accessible on the website. Climate change is a global issue. As one of it, Taiwan had the responsibility to care the developing countries and offer the help they needed. For this reason, “2014 Pan Pacific Partnership on Climate Change Adaptation” invited experts of US EPA and representatives from Southeast Asia and Pacific island countries to discuss the impact of climate change and our responses. Based on experiences of Taiwan as an island country combined with cooperation of Taiwan and the US, the project helped to improve communication of Pan Pacific regions on climate issues."

2014

"Office of Greenhouse Gases Reduction Management"

"環興科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=90713

20150601

"2014-2015 Improvement Plan of Fugitive Dust Abatement by Using Street Flusher Trucks in Kaohsiung City"

" For the sake of reducing the air pollution which from the wind-borne dust, the plan takes the project of Strengthen streets dust washing and sweeping work for important; besides, promoting the quality of the project and relative works. This project could prevent the dust of roads be raise again. It is not only reducing the amount of wind-borne dust effectively, but also keeping roads and streets in the urban area. The whole project is started from 09/05/2014 to 31/12/2015. According to the contract, the road census must be done before the street washing. Therefore, the road census is begun from May2014, and the related equipment of street washing vehicles and vehicles’ monitoring system are operated after the authority testing in June2014. Thus, starting the wash street plan and its related jobs are since June2014. The main work and fruitful results in the project are as following:1. The task amount of street washing In the year of 2014, the task amount for street-washing had carried out 32,581.008 kilometers. Each year the amount of work required for the street washing at least 32,400 km, the accumulated percentage of 101%. As the amount of work to the stage of the calculation, because this project began to perform the job so that the first phase from June (January to March) there is no amount of street cleaning job. The second phase (April to August) of the target amount of 4,800 kilometers or more to complete the amount of 4,940.697 kilometers, the rate reached 102.9%. The third phase (September to December) of the target amount of 27,600 km, complete the amount of 27,640.311 kilometers, the rate reached 100.2%. Street washing operation volume 32,556.567 kilometers in 2015, total percentage is 100%. As the amount of work in order to calculate the phase of the first stage (January to March) of the target amount is more than 12,600 km, complete the amount of 12,605.553 kilometers, reaching 100%. The second phase (April to September) of the target amount of 7,200 kilometers or more to complete the amount of 7,224.347 kilometers, the rate reached 100.3%. The third stage (October to December) of the target amount is more than 12,600 km, complete the amount of 12,726.667 kilometers, its conversion rate reached 101%.During the execution period of 2014/2015, it notified by the Kaohsiung EPA to enhance the street washing operation when the amount of particulate pollutants is rising, a total of 10 times, with the street washing 3,263.932 km.2. General Investigation of Roads In 2014, 905 times and 1,478.57 kilometers of roads investigation had been carried out in this project. Among them, 358 roads have been graded A (approximately count for 549.61kms), 421 roads have been graded B (approximately count for 702.76kms), 126 roads have been graded B (approximately count for 226.20kms). In 2015, 1,222 times and 1741.4 kilometers of roads investigation had been carried out in this project. Among them, 476 roads have been graded A (approximately count for 6645.30kms), 615 roads have been graded B (approximately count for 903.80kms), 131 roads have been graded B (approximately count for 192.30kms). The B-class roads is the majority group in the city, and the C-class road is located substantially in processing zones and industrial zones; there is a high frequency of cars pass in and out as well as relevant construction projects.3. The water supply of street-washing There are six sites of water resources could be used normally, namely China Steel Corporation, Yongan Industrial District sewage treatment plant, Dashu sewage treatment plant, Nanzi sewage treatment plant, Fengshan sewage treatment plant, Nanzi processing zone sewage treatment plant. Wherein Fengshan sewage treatment plant and Nanzi sewage treatment plant processing zone have been established during program execution, and relevant water equipment have..."

2014

"Environmental Protection Bureau Kauhsiung City Government"

"倡揚股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=128103

20170201

"This project is management and assistance of dioxin and fine particle matter emission and supported the investigation of environmental pollution cases(2018)"

" The job content in the planning includes (1) On-site check and filing of operation regulation compliance for 21 Dioxin emission source plants; (2) check and filing of declared data and test report for 116 Dioxin emission source, and supervision on inspection, regular intervals, improvement and application for operation license of 15 plants; (3) Dioxin inspection of 8 drain pipes; (4) Inspection on heavy metal emission characteristics of 4 key industries; (5) Inspection on pipe PM2.5 emission of 3 key industries; (6) Dioxin concentration monitoring of intensive 2-quarter pollution source area and 3-quarter EPA test station Taoyuan peasants and workers; (7) Odor source verification in Haihu Kengkou Industrial Zone in Luzhu District; (8) VOC pollution map establishment in Guanyin Industrial Zone; (9) Manufacture procedures of three copper sludge treatment plants and pipe Dioxin; (10) Assisted in analyzing solvent raw materials of Hongyu Enterprise CO., LTD, Lioho Machine works, Ltd. and Chun Yuan Steel Industry Co., Ltd Taiwan, analyzing VOC contents, PM2.5 diffusion and simulation work of Linkou Power Plant, and ambient air pollutant concentrations of 26 samples after fire if Chin Poon No.3 plant and Qingyi Company; (11) establishment of air pollution site strain standard job program. This planning audits 116 test reports, test plans and other relevant data of Dioxin emission sources for pipes in Taoyuan City, executes on-site supervision of 15 Dioxin emission sources. Only Rihuan Company is required for equipment maintenance and resampling due to failure to meet sampling specifications because of equipment damage of the test company. Check 21 Dioxin emission sources. Inventory work includes inspection on feed quantity of Dioxin emission sources for the tube manufacturers, operation of incineration equipment, operating condition of pollution control equipment, and sampling facility conditions with scientific instrument, thus effectively controlling operation conditions of control equipment in various plants. For 6 noncompliance plants, provide necessary assistance and follow improved integrity. Conduct inspection on Dioxin emission sources for 8 tubes, and confirm that Dioxin has obvious decrement benefits after pollution source and control equipment improvement of Lying Environmental Technology protection and Super Max Engineering; know well that whether there is high concentration of Dioxin during sludge combustion of Lipeng Yangmei Plant; If Lisheng Company is full operation, emission concentration will be multiplied Based on calculation of total annual feeds for Dioxin emission sources in 2018, annual emission of large incinerators was 0.044g-TEQ/year, annual emission of medium incinerator was 0.008 g-TEQ/year, annual emission of small incinerator was 0.254g-TEQ/year, annual emission of electric-arc furnace was 2.498g-TEQ/year, annual emission of auxiliary fuels - waste liquor was 0.005 g-TEQ/year, annual emission of auxiliary fuels – sludge was 0.040g-TEQ/year, annual emission of auxiliary fuels –bits of wood was 0.101g-TEQ/year, annual emission of auxiliary fuels –water-coal-slurry was 0.061g-TEQ/year, annual emission of boiler power generating or steam and electric coal-fired boilers was 0.425g-TEQ/year, annual emission of crematorium was 0.00006 g-TEQ/year, annual emission of secondary copper smelting was 0.169g-TEQ/year, annual emission of secondary smelting of aluminum and other metals was 0.005 g-TEQ/year, and annual emission of processing industry was 0.004g-TEQ/year. Total emission at 2018 was 3.614g-TEQ/year, which accounted for 1/14 of annual Dioxin emission in 2016 evaluated by EPA (52.1g-TEQ/year). Completed Dioxin detection survey of ambient air in three sampling sites (Datan power plant office building, Guanyin District Shulin primary School, and Taoyuan agricultural and industrial monitoring stat..."

2018

"Taoyuan County Government Environment Protection Bureau"

"財團法人工業技術研究院"

https://epq.epa.gov.tw

20191002

"Developing the Local PM2.5 Monitoring System and the Volunteer Program for Air Protection for the Middle Region of Taiwan"

" The project has finished the goals as planned. Regarding the volunteer program, the project has finished the following works. (1) We proposed a basic goal for our volunteering activity, that is, ‘enhance people’s awareness about the PM2.5 emission and establish citizenship behavior regarding air pollution’. (2) We have held many promotion activities about air pollution control in the five townships to encourage people to be the frontier of air pollution control. (3) In order to reduce the air pollution in the traditional market, we have cooperated with the volunteer to develop a bike and a shopping cart equipped with the PM2.5 sensor. Regarding the maintenance of the IoT system, the following works have been completed: (1) All of the existing monitoring points have been maintained and their PM2.5 sensors have been upgraded to the newest version. (2) We have maintained the whole system and handled any emergency of the system 7/24. (3) We have provided real-time data every 10 minutes online. (4) A sectional calibration method for PM2.5 sensor has been applied to get calibration parameters for each section based on the sensor data of the past year."

2018

"Department of Air Quality Protection ＆amp; Noise Control"

"國立暨南國際大學"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=194962

20190401

"２ ０ １ ４ Pr o j e c t f o r F u g i t i v e D u s t P r e v e n t i o n / C o n t r o l a n d E n v i r o n m e n t a l C l e a n u p a t t h e W u R i v e r a n d t h e Z h u o s h u i R i v e r"

" This project was undertaken from Dec. 26, 2014 to Dec. 25, 2015. All tasks specified in the project were completed as scheduled. Every two months, aerial imageries of the Wu River and Zhuoshui River were obtained, and on-site inspections were carried out with the inspection report submitted for authorities concerned to understand how much area of exposed riverbed there was, and to investigate the land use and hydrological condition of the County. In 2015, the natural vegetation along the section of Zhongliao Village of Hemei Township in the Wu River basin was not affected during the flood period. The vegetation coverage area was approximately eight hectares, and 12.5 hectares of exposed riverbed, a length of 11.5 km extending from Ziqiang Bridge at the Zhuoshui River basin to Xibin Bridge, have been protected. In addition, a pool of 120 hectares was set up, which served to alleviate fugitive dust across an area of 250 hectares (including the area protected through the water covering method). Based on the County's current status of the rivers and its air quality, the “River Fugitive Dust Prone Areas and the Classification / Delineation of the Affected Areas” were determined. This, as well as the three-year weather and air quality statistics obtained from the monitoring stations of the Environmental Protection Administration (EPA), was developed into a comprehensive database. Two sessions of video conferencing-based coordination meetings focusing on affected areas, as well as educational training for information platform use, were organized for the general public to know how to report river fugitive dust cases and the responsive measures taken via the platform or mobile App. To enable the public in the County to take correct prevention measures, 71-day cable TV scrolling texts and promotion via radio, 35 electronic displays with scrolling texts were employed, and 10 sessions of a fugitive dust education program were held this year. The questionnaire survey results showed a noticeable increase in the public's satisfaction with the government's river fugitive dust measures and promotion efforts, with the satisfaction level being 80% and 73% in two surveys. Also, in order to strengthen horizontal communication between the County and neighboring counties/cities and central governmental agencies, two sessions of fugitive dust prevention simulation and on-site drill, as well as two meetings for fugitive dust prevention/control affairs and communication were organized. In addition, two spots at the Wu River and the Zhuoshui River were selected respectively, i.e. Da Tong Elementary School, Zhongliao Village Office, Yong Guang Elementary School and Tian Tou Elementary School, during the dust-prone season and monitored altogether 44 times with an air quality monitoring vehicle. The statistics obtained from the monitoring were adopted to analyze the impact of the fugitive dust on neighboring townships. The results showed that the TSP and PM10 in the four monitored spots came within the standard values. The PM10 values at Da Tong Elementary School and Zhongliao Village Office showed no significant difference from those at other monitored spots (Xinzhuang, Chuanghua, Xitun and Shalu) of EPA. The overall average concentration of PM10 was below 60 ug\m3, falling into the moderate air quality level. The overall average concentration of PM10 values at Yong Guang Elementary School and Tian Tou Elementary School was below 70 ug\m3, also at the moderate level. During the project period, areas severely affected by fugitive dust were cleaned. A total area of 18,366 km was completed, reducing PM10 by 47.75 tons."

2014

"Environmental Protection Bureau Changhua County"

"新系環境技術有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=123206

20161001

"2016 Yilan County stationary pollution permits, inspection control and CEMs facilities function check, maintenance project"

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2016

"Environmental Protection Bureau of Yi-Lan County"

"澤豐工程科技有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=144580

20170501

"Project for Air Quality Management Strategies Communication Platform and International Cooperation"

" The formation of air pollutants is related to energy usage, industrial production, transportation, agricultural activities, building construction and other human activities. Also, air quality is affected by cross border long range transported pollution. Thus, the air quality control strategies in Taiwan have been toward to integrated management. This project aims to manage the implementation of the industrial area air quality monitoring regulations, to promote inter-departmental cooperation on air quality management, and to uptake advanced or innovative strategies and at the same time to share Taiwan's own experiences through international exchange activities. Overall, we expect to improve the regional air quality and effectively enhance the international visibility of Taiwan. To assure the regulation of specific industrial area buffering zone setting and air quality monitoring are well implemented, this project established three corresponding standard operating procedures, developed two automatic notification mechanism, held training course, and offered technical supports with respect to the data transmission disconnected, unusual high level monitoring data clarification and management, and data reporting procedure disunity problems, which efficiently strengthen the management technique of local Environmental Protection and the quality and usability of monitoring data. Overall transmission disconnected rates was lower than 1% and the data validity met the legal norm. Also, this project planned the monitoring data application methods in air quality management, includes set an information open platform for publics to supervision, and developed daily baseline management and source tracing analysis processes. These analysis methods were planned to make the monitoring data effectively applied on future air quality management policy making as reference. On the issue of promoting inter-departmental cooperation in Taiwan, this project assisted to organize at least 10 government departments together to take actions on air quality improvement and to input administrative resources, human resources or funding under the Clean Air Action Plan. Correspond to the goal of reducing PM2.5 unhealthy level, the statistical result showed the reduction is more than 10% in 2016, which is gradually toward to the goal of reducing 20% in 2017. Simultaneously, we reviewed air quality management related projects which were co-subsidized by the Environmental Protection Agency and the Ministry of Science and Technology and held three discussion forums in Taipei, Taichung and Kaohsiung, to promote and encourage the academic research institutions participate in the development of scientific technique on air pollution control. This project analyzed international trends and held “Air Quality Management Consultation” in the United States to further enhance Taiwanese air quality management technique. Besides, air pollution and cross-border haze impact problems which are caused by the economic development or fire field farming custom of Southeast Asian countries highlights the importance of international cooperation in Asia Pacific region. This project played as role of communication platform. First, we identified the cooperation needs in Asia pacific region through investigating the air quality control issues among Asian countries. Second, we collected the highlights of air quality control achievements in Taiwan as materials to share with partners. Third, we followed the goals of International Environmental Partnership Program to organize the“2016 International Environmental Partnership - Cities Clean Air Partnership and Air pollution Control Strategies Exchange Workshop” which efficiently promoted four Southeast Asian city representatives, six Taiwanese city representatives, experts, and scholars to communicate and exchange opinions on air quality management issues. "

2016

"Department of Air Quality Protection ＆amp; Noise Control"

"環科工程顧問股份有限公司"

https://epq.epa.gov.tw

20171101

"Proficiency Testing Program for Stack Particulate Measurements"

" The measurement accuracy will have a great impact on the emission calculation. The purpose of this study is to establish the stack for evaluating the ability of the inspection institutions and improve the sampling and analysis accuracy. The stack takes the dimension of old stack as a reference. The main parts of the new stack includes the sampling platform, framework, stack body, heater, fan, particle generator, and electricity facilities. The response time, stability, and operation range of temperature, air velocity and particle concentration were tested. Eight inspection institutions will examine the stack after the stack was finished. The new stack had been constructed, and the sampling facilities had met the criteria. The tests of fan, heater and particle generator had completed. These devices had low response time and high stability. The air velocity of the stack ranged from 3 to 18.88 m/s, and the response time below 30 seconds. The temperature ranged from room temperature to 80 ℃ and the response tome below 5 minutes. The cement was choose as the challenge particle in this study and the particle size ranged from 0.5 to 15 μm. The proportion of particle size below 2.5 μm was 47% and above 2.5 μm was 53%. The particle mass concentration ranged from 0.8 to 37.6 g/min. The cement should be replenished when the mass was below 200 g. The stack can generate low mass concentration (<50 mg/Nm3).There are 19, 11 and 2 air velocity test results within one, two and three standard deviations respectively. For mass concentration test, there 8, 4, 2 results within one, two and three standard deviations respectively. Howerer, two mass concentration test results are out of three standard deviations. The generation of low mass concentrationstack(<50 mg/Nm3) in this stack is feasibility. "

2018

"Environmental Analysis Laboratory"

"章嘉企業有限公司"

https://epq.epa.gov.tw

20190101

"107 Keelung Diesel Vehicle Exhaust Stations Operation Management and Pollution Inspection Control Plan"

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2018

"Bureau of Environmental Protection, Keelung City"

"瑩諮科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=197459

20190701

"The project offugitive emission sourcescontrol and maintenance management of clean airzones in 2013"

" According to the statistics from March 18, 2013 to March 17, 2014, the working contents executed by this project can be generally divided into three categories: Regarding fugitive emission control sources, our team conducted a checking operation during the first quarter, in accordance to the Stationary sources of air pollution control fugitive pollutants facility management regulations Addendum I. This was done in order to check on the regulated proprietors of 19 types of professions. There are total of 97 factories listed in our county’s database, therefore, we have performed a full inspection process according to the above mentioned regulations. After the inspection, all listed units were divided into different control levels. Each fugitive sources factory in operation has to be inspected at least once every quarter, and factories with more flaws will be inspected each month until the improvements have been completed. During the project execution period a total of 621 inspections were calculated, including cooperative inspections of a total of 90 factories, among which there were a total of 77 reaching an inspection with zero flaws, which is in line with the overall fulfill rate of 79.3%. In order to enhance people’ perception of the current year, during the checking operation period in the first quarter, we initiated the adoptive mechanism for the surrounding roads of fugitive source factories and to inspect them each month to ensure relevant wash sweeping and cleaning results. Statistically, from May, 2013 to the end of January, 2014, a total wash sweeping length of 4,310.1 km was reached and reduced about 59.5 tons of TSP. While there hasn’t been any reported case in 2013, there has been certain degree of improvement in people’s satisfaction. In terms of maintenance and management of the Clean Air Zone, during the execution period, a total of four clean zones have been constructed and has increased the new green area by 3.2 hectares. The overall reducing effect has been excellent. Among national statistical base area completed in 2013, our county has accounted for 25.8% and the total area and was on top of the nation, and with significant greening results. The applications to EPA for a new cleaning base in 2013 has been approved with 7 cases, while our county has one base which was granted with a subsidy, and there will be four bases filing subsidy application in 2014. As for the overall maintenance, a clean zone setting and maintenance management conference was held on May 3, 2013. We have invited executives from the Environmental Protection Administration and experts and scholars to join the meeting and to detail an explanation on the section of setting clean zone and plants maintenance management. We have executed two self-evaluating operations afterwards, given each base with substantial counseling, and given evaluations according to the maintenance management results. Therefore, we plan to perform a recognition activity on January 24, 2014 to physically encourage each winning unit. In order to promote substantial benefits of our county’s clean zone, not only have we kept monthly tracking on each township’s clean zone for visiting or activities, but we also held one Looking for the beauty of Yunlin – Clean Air Zone Photography Competition for the beauty of clean zones in our county. It’s the first time we used a multiple advertising approach, include radio promotion, printing media, and innovative keyword advertising, thus creating a total exposure of about 1 million people and gathering 629 competition artworks to reach publicity results for clean zone. In 2013, our team was actively associated with the handling of the county’s greening operations, of which some major projects included Vertical greening work for public buildings and Greening work for specific area..."

2013

"Environmental Protection Bureau Yunlin County"

"東禾工程顧問有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=86128

20150501

"108 annual Taitung County Implementation of Climate Change and Low Carbon Sustainability Action Project"

" Now that global climate change and energy shortages are becoming increasingly serious, the greenhouse effect and global warming have become the most important issues facing this generation. Active action is urgently needed to meet the challenges. At present, governments in various countries have also responded to the ranks of energy conservation and carbon reduction. As a governance priority. As Taiwan is an island-type country, the threats and impacts brought by climate change are even more direct. To this end, China actively promotes energy conservation and carbon reduction. Taitung County Environmental Protection Bureau also actively cooperates with the plan of the Environmental Protection Agency of the Executive Yuan in combination with Taitung. The county's unique local culture, through this plan, promotes, counsels and encourages villages and tribes in the county to continue to promote low-carbon sustainable actions in response to climate change, so that the concept of climate change adaptation and mitigation can be taken down, thereby taking into account local characteristics. With the development of municipal, energy-saving and carbon-reduction, the county is required to put forward complete response measures to the impact of climate change, and indeed implement mitigation and adjustment actions tailored to local conditions and in line with international standards, in order to face the challenges and tests brought about by climate change and create low Carbon sustainability vision. Taitung County's implementation of the Climate Change Response and Low-Carbon Sustainability Project in 108 mainly implemented five major work items, including promoting the promotion of energy conservation and promotion by the tribe as the main body, promoting the regulation of regional microclimate actions, and promoting the tribe's low-carbon Harvest festival special tourism activities, promotion of special tribal low-carbon environmental education courses and match-type tourism packages, and cooperation with the Environmental Protection Agency's performance evaluation work, etc., to promote climate change response to energy conservation and carbon reduction issues related to planning, integration, and actual improvement such as carbon reduction In order to implement Taitung County's low-carbon sustainable vision low-carbon tourism beauty land, sustainable prosperity and home goals. In promoting the promotion of energy-saving improvement based on the tribe, two tasks should be handled, including 5 training courses for energy conservation diagnosis of civilian green buildings, and demonstration demonstrations of energy-saving improvement based on 8 sub-tribals. The work team is based on the tribe. , Carried out related energy-saving improvement and promotion work, completed 5 course activities, a total of 136 students participated, renovated 3 community public areas, and given the public a combination of traditional culture and professional energy-saving improvement training, in addition, also used the CBA model, after After interviewing and tutoring 20 tribal communities, based on the results of the current survey and tutoring evaluation, 11 locations were selected, including 2 demonstration sites, and the guidance and assistance were implemented to achieve actual energy saving results. In promoting regional microclimate adjustment actions, two tasks should be handled, including three sub-climate adjustment courses for the community environment and 10 regional micro-climate improvement actions. Due to additional commitments, four sub-courses were completed this year. A total of 108 communities attended the course in 54 communities. In addition to intensifying education, this issue also incorporates the concepts of long-term environmental change issues and planning management. It also uses the CBA model to invite colleges and un..."

2019

"Taitung County Environment Protection Bureau"

"方輿環境工程技師事務所"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=215222

20200215

"Project of stationary sources permit system implemented and control strategies developed"

" The goals of this project are to strengthen and put the management of stationary sources into practice through pragmatic review of related management systems and rules. Thus, this project divided into 4 major parts in accordance with the emission control strategies planned by Taiwan Clean Air Act. The 4 parts are 1) integrate air pollution control strategy and construct integrated permitting management system, 2) integrate the existing resources and promote horizontal management for pollution, 3) use rolling review to pollution emission control and supervise local organization for effective implementation, 4) add and expand information system management of stationary source and enhance controlled data quality. Based on the permits as the management platform this year (2016), the project started to explore the total quantity control system, harmful air pollutants, and seasonal permitting control as the key points to the revision of permitting management regulations, and using rolling review for administrative management to construct integrated permitting management policies；The amendment of the permitting management method includes the estimation of permitted emission, which makes the emission measurement to be consistent and adjusts the change of threshold for permits in accordance with「Permitting of stationary sources of air pollution」；Research and modify the condition of the ninth announcement and use the whole plant for public or private place for permitting management unit; Simultaneously, add new regulations related to total quantity control in the review of guidelines in order to integrate permits and total quantity control systems. On the other hand, for the types of pollutants under permitting management, add new air pollution charges with 13 individual species and vinyl chloride according to the four traditional pollutants and harmful air pollutants from the processes of several sectors, it will cooperate with the harmful air pollutant control and import risk assessment management；From the aspect of air pollution control and seasonal permitting control, research and simulate the permit use of raw coal to be incorporated into the simplified control scheme in order to address seasonal adverse effects and encourage the use of low-polluting fuels, plus public the Air Pollution Control Act「The power to use low-polluting gaseous fuels for power generation in public or private places or those receiving low-polluting gaseous fuels for use in power facilities shall be subject to review and approval and shall be exempted」. It is expected that four gas units in the south region will increase their capacity by 10% with extra 980 million kWh / year and an estimated increase about 6 tons / year of PM2.5, 240 tons / year of nitrogen oxides. Moreover, the same grid for coal-fired units down-load, can reduce 21 tons of PM2.5, 472 tons of sulfur oxides, and 682 tons of nitrogen oxides emissions. In view of the permitting system as the basic platform for air pollution control, and has a large stationary source emissions reporting, regular testing data and the use of raw materials and other related information. To make the permitting management system playing a more powerful preventive management mechanism, this year’s (2016) annual summary inspection results of dioxin and environmental inspection system from every county and city found that the use of wood or wood chips in small and medium-sized boilers have a dioxin excessive rate for 36% and 80% of petition rate; As a result, the project participates the inter-ministerial conference to advocate the development of biofuel quality standards, re-use of waste fuel qualifications, revision of boiler energy saving regulations, and guidance for large capacity boilers. With better efficiency boilers such as fluidized boilers and the manufactures with complete control equipment as the m..."

2016

"Department of Air Quality Protection ＆amp; Noise Control"

"環科工程顧問股分有限公司"

https://epq.epa.gov.tw

20170401

"Pingtung County mobile pollution source inspection and control scooter exhaust detection and promotion activities plan"

" The main tasks of the plan include auditing of unscheduled vehicles, improvement of the rate of regular inspections, promotion of low-polluting vehicles, management of regular inspection stations, maintenance operations of charging stations, and handling of publicity activities…etc. The reporting period is from January 1, 2019 to December 31st, 2019, and the preliminary implementation results of various tasks are shown in Table I below. According to the implementation of the plan, the promotion of various operations was completed in December 2019. From the initial reduction or qualitative benefits of the plan implementation, the Environmental Protection Agency announced statistical data that the county's regular inspection rate for the year 2019 was 78.3% compared with the year 2018 has increased by 3.7%, the best result since the county's promotion of locomotive regular inspection operation, and since 2016, during our company's implementation period, the rate has been higher than Taiwan average, and the remote area regular inspection rate and key township inspection rates are higher than in 2018. The increase rate was 7.1% and 4.6%, and it was also the year with the highest growth rate of remote area inspections. In the plan, the two-stroke decommissioning and new purchase of low-pollution vehicle operations were completed. As of December 31, 2019, a total of 6,877 cases of subsidies for phasing out two-stroke locomotives were reviewed; 6,632 cases of subsidies for new purchases and exchanges for electric motorcycles were accepted; in 2019, a total of 12,846 two-stroke locomotives were eliminated in the county during the year, and the estimated reductions in pollution emissions were TSP: 10.84 metric tons, PM10: 7.96 metric tons, PM2.5: 6.46 metric tons, NOx: 12.77 metric tons, NMHC: 99.16 metric tons, and CO: 127.07 metric tons. In the inspection quality control operation of the regular inspection station, although among various inspections flaws still occur, they have improved significantly after counseling. The proportion of flaws has improved by 43.9% compared with the year 2018. In 61 stations, vehicle inspection has been completed, 3 of which were not qualified, and the inspection station has been assisted to improve the inspection by means of counseling and counting points. This year's gas check mainly focuses on the county's exhaust analyzers that have reached the age of more than 10 years. The main purpose of the operation is to ensure the accuracy of the exhaust gas analyzer and avoid the owner's rights and interests being affected by the inaccuracy of the instrument when the vehicle owner undergoes exhaust gas inspection at the regular inspection station. At this stage, 66 gas comparisons have been completed, and 4 of them failed the test and immediately the inspection station had been asked to ask the maintenance company to carry out maintenance operations. At present, they have all passed the re-inspection. In recent years, the county has focused on the establishment and promotion of control measures for the air quality clean area. According to statistics, in 2019, 4 air quality clearance areas in the county were controlled, including Xiaoliuqiu Area, Kenting Area, Aboriginal Cultural Park, and Liudui Hakka Cultural Park. The inspection rates are all the best results over the years. In addition, a five-column battery charging column has been set up in the Liudui Hakka Cultural Park for public use in expectation that a good charging environment will be established to promote the use of low-polluting electric two-wheelers. In addition, for Xiaoliuqiu air quality clearance area, this plan assists the Liuqiu Township Office to obtain the Central Islands Construction Fund from the central government and provides Liuqiu Township residents with subsidies for the replacement of old two-stroke fuel vehicle..."

2019

"Environmental Protection Bureau, Pingtung County"

"瑩諮科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=219345

20200312

"Implement of the conformity of production for new model vehicle, the recall investigative test for in-use vehicle and regulate the relative emission control measures"

"　　The objective of this project is to assist Taiwan EPA on implementation of emissions control tasks relevant to new gasoline passenger cars and new motorcycles, which include carry out new vehicle emissions control tasks and draft emissions control measures.　　As to the task of implementation of new vehicle emissions control measures: in 2019, there were 807 certificates being issued for passenger cars and motorcycles and most of the certified emission values are distributed below half of their applicable emission standards. As to the task of Conformity of Production (COP) control, the new passenger car and motorcycle manufacturers had performed 3,534 COP tests and the test results were close to their certified emission values and distribution ranges; random selective tests were being performed on 320 new vehicles of 45 manufacturers and most of the test results were distributed below 70% of their certified emission standards. As to the task of individual tests being performed on imported foreign in-use passenger cars and motorcycles, there were 14,052 individual tests being performed and most of the test results were below half of their applicable emission standards. As to the task of recall and correction investigation tests, according to the collected emissions control related information in recent years to select test vehicles and finished the preliminary tests on 100 passenger cars and motorcycles cover 20 engine families. The fail or pass determination of the test results were according to the average test result values for each engine family and there were 19 engine families that comply with their applicable emission standards and the NOx emission of one motorcycle engine family exceed the limit value and will be performed confirmation test during the project of next year. 　　As to the task of collecting and survey advanced foreign country’s emissions control measures, EU will implement its Euro 6d emission standards start from Jan. 2020 and the US will continuously to tighten its Tier III emission standards for passenger cars; as to the motorcycle’s emissions control measures, EU will implement its Euro 5 emission standards start from Jan. 2020 and most of the advanced countries are going to implement the same regulations simultaneously or referred for future amendment setting. As to the task of revision on new vehicle emissions control measures: the certification regulation and test procedures were promulgated in last year; cooperated with the Air Control Act to finish draft regulation revision on the” Management rules on air pollution prevention equipment for mobile sources”, the stakeholders may certify their manufactured air pollution prevention equipment single unit according to the rules; as to the task of retiring high pollution vehicles, this project proposes to adopting subsidies, tax measures, emissions inspection and promotions to facilitate the replacement of old vehicles with new ones. As to the task of research on tightening the gasoline vehicle’s emission standards, this project has completed gasoline vehicle’s 48 hours evaporative emission diurnal tests, for the NEDC driving cycle with larger carbon canister purge capacity, the test results are better than that of WLTP driving cycle and for both of them, the evaporative emission results were far below the standard limits; as to the motorcycle’s 72 hours evaporative emission diurnal tests, for motorcycle that not equipped with carbon canister, its DBL values exceed 2g for 3 consecutive days and were more than 3 times the value compared to motorcycle that equipped with carbon canister. As to the WLTP driving cycle and RDE emissions comparison test for passenger cars, the laboratory and real road driving test results were in compliance with relative guidelines and control standards which means the laboratory are capable to perform the regulatory RDE tests..."

2019

"Department of Air Quality Protection ＆amp; Noise Control"

"財團法人工業技術研究院"

https://epq.epa.gov.tw

20200605

"Inspection and investigation of indoor air quality at Pingtung ( 2019 )"

" There are 12 and 34 officially announced premises that shall meet Indoor Air Quality Act for the first and the second batch respectively in Pingtung County. The first batch of announced premises have implemented every task comply with the regulation except the suspension of the Cultural Affairs Department of Pingtung County Government (Library) due to its rebuilding renovation; the second batch of announced premises have installed dedicated personnel, determined an indoor air quality maintenance and management plan and performed first regular analyses and results reporting except the four new regulatory listing announced premises – Yizhan Department Store at Pingtung Railway Station, Power Wind Health Industry Incorporated (Chaozhou Fitness Factory), Fuxing Library of Pingtung City and Word Gym Chaozhou and the two terminated existing announced premises – Pingtung Wholesale Store of Taiwan Sugar Corporation and the Pacific Department Store Pingtung. This project has inspected 164 public or private premises including 11 and 34 officially announced premises for the first and the second batch respectively and 119 non-announced premises. The results of inspection show that main problems for different types of premises as follows: (1) CO2 accumulation in kindergartens noon break classrooms and dust accumulation at the venting outlet due to long term use of air conditioners; (2) HCHO and PM2.5 accumulation in childcare centers because of indoor cooking behavior; (3) instant high HCHO concentration in department store dining areas due to indoor cooking behavior; (4) instant high CO2 concentration and higher particulate matter concentration in some parts of government offices because of too many visitors and poor outdoor air quality respectively;(5) instant higher particulate matter concentration in some exhibition rooms of museums due to poor environmental cleanliness; (6) high level of CO2 concentration in fitness centers because of exercisers’ heavy breathing during workout and instant higher particulate matter concentration in fitness studios due to poor filtration efficiency of draw-in outdoor air; (7) instant higher HCHO and PM2.5 concentration at the food vending counters in cinemas; (8) instant higher CO2 concentration in library study rooms; (9) instant higher CO2 concentration in banks during the rush hour; (10) instant higher CO2 concentration at the service counters and in the waiting areas of medical institutions due to the crowded; (11) instant higher PM2.5 concentration in railway stations because of the renovation of the new marching department store. As regards the promotion of indoor air quality maintenance and management system, we have comprehensively guided 22 premises to determine their indoor air quality maintenance and management plans and 40 premises to revise their maintenance and management plans that already established to match the current situation. With respect to the installment of dedicated personnel, 67 premises including 23 non-announced premises have obtained qualification certificates of dedicated personnel for indoor air quality maintenance and management and all of the officially announced premises including 4 new ones have installed dedicated personnel. As regards the inspection testing, we have executed 1255 times of inspection testing for 164 premises by using portable direct reading instruments during on-site inspection service. The results show that the incidences of instant high value for CO2, CO, HCHO, TVOC, PM2.5 and PM10 are 8.6%, 0%, 14.3%, 2.4%, 20.6% and 2.9% respectively. With respect to the analyses of indoor air quality standards, we have completed 13 premises (one for CO2 retesting) including 2 and 8 officially announced premises for the first and the second batch respectively and 3 non-announced premises and no one fails to comply with the Indoor Air Quality Standards...."

2019

"Environmental Protection Bureau, Pingtung County"

"環益工程顧問股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=219359

20200312

"Inspection and investigation of indoor air quality at Pingtung ( 2018 )"

" This project assisted the Environmental Protection Bureau of Pingtung County in implementing related practices of indoor air quality management and its main objectives included: 1) to implement maintenance and management activities of indoor air quality; 2) to plan and implement indoor air quality tests for the public or private premises; 3) to maintain and update the website of Pingtung Country Indoor Air Quality; 4) to implement indoor air quality improvement works; 5) to hold a cross-office horizontal negotiation meeting. Main implementation contents of the project included：(1) to inspect and test 182 public or private premises; (2) to hold two sessions of indoor air quality regulation demonstration propaganda; (3) to co-hold a large-scale propaganda with the Environmental Protection Bureau of Pingtung County; (4) to print 1000 copies of demonstration brochures and to purchase 300 pieces of demonstration souvenirs; (5) to assist 22 premises to set up their maintenance management systems; (6) to carry out the sampling and analysis for indoor air quality standards of 19 premises; (7) to maintain and update the project exclusive website; (8) to hold indoor air quality well-rounded guidance meetings for 5 highly polluted premises; (9) to held a cross-office horizontal negotiation meeting; (10) to release two pieces of related press releases."

2018

"Environmental Protection Bureau, Pingtung County"

"環佑實業有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=195320

20190309

"Implement of the new vehicle type approval with regard to noise and diesel vehicle and quality consistency check project"

" This project implements motor vehicle noise and diesel vehicle emission inspection and management policy planning. The overall results include 1) Type approval of motor vehicle, 2) Conformity of production, and 3) Assistance in management planning and policy implementation; the description is as follows:　1.Type approval of motor vehicle: 1,445 cases of type approval of motor vehicles, including 238 cases of engine families and 1,207 cases of noise vehicle types, were granted up to 31th October, 2019, and the number of certifications increased by 66 cases compared with the average of 1,379 cases in the same period of the previous two years, which increased efficiency by 4.8% and strengthened source management.　2.Conformity of production: 301 sampling tests of new motor vehicles were carried out, and 2 models were judged to be unqualified individually due to the unusual acceleration from the failure of electronic control unit, and the incorrect installation of exhaust plug. 1,422 quality control tests were investigated (including 171cases of diesel vehicle models and 1,251 cases of noise vehicle types). Since the sampling does not be complied with requirements, 2 authorizations of vehicle models were paused and 33 vehicle models should complete quality control tests before 12/31 to ensure maintain the conformity of production for emission and noise. Otherwise, the reality inspection of motor vehicle were established and 4 inspect cases were conducted. EPA requires returning the certificate for 1 vehicle model, and resubmitting the test report for 3 vehicle models to modify the specification.　3.Assistance in management planning and policy implementation: Promote the synchronization of the management with international societies through the sixth stage of diesel emission and noise control, meanwhile in order to streamline procedure, applicants can classify different types of specifications (such as silencers and engine compartment) in the same noise vehicle type depend on their requirements. In addition, by strengthening the quality control tracking and adjusting a small number of vehicles' independent quality control sampling (adding quality control tests once every 10 vehicles) as a supporting management to maintain control quality. A noise certification system for replacement mufflers is planned. The manufacturer or importer should select the vehicle model and muffler to perform pass-by noise test, then prepares and the submit qualification test report and related documents to the EPA for type approval of replacement muffler. A total of 2 companies (8 certifications) were complete the certification job."

2019

"Department of Air Quality Protection ＆amp; Noise Control"

"財團法人車輛研究測試中心"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=206684

20200115

"Quality Assurance Program for (FRM) PM2.5 Performance Evaluation (2016~2018)"

"　　This report provides information of quality assurance for PM2.5 sampling activities from October 27, 2016 through October 26, 2018. The mission of the project comprises implementation of inspection, performance audit, and collocated comparison for field sampling and lab analyzing, so that requirements and goals for PM2.5 monitoring will be fulfilled.　　The performance audit used independent instruments and standards to inspect the deviation between the monitoring value and the standard value (accuracy). 372 stations were completed in two years. The acceptance rate was 99.1%. In addition, 187 stations, 2 items of procedure check for field operators were also included. And must follow up tracking the results of defects improvement.　　A quality system check for laboratory refers to the organizational resources, processes and procedures to implement quality management. 24 Lab system audits and 4 inter-lab weighting comparisons have been accomplished in two years. Only three of the comparisons failed to meet the requirement.　　The semi-annual collocation measurement is mainly based on the published method NIEA A205.11C by EPA Environmental analysis laboratory, to enhance the reliability of monitoring data. Four times of collocated measurement between standard instruments were conducted in two years, and precision showed between 1.65%~4.36% which were all meet the requirement. 248 field stations collocated comparisons were done in two years. 236 times valid comparisons were under circumstances of PM2.5 concentrations greater than 3 μg/m3. 0~±1 μg/m3 of concentration bias indicate a high credibility of PM2.5 manual monitoring data. 　　Data verification and validation were mainly focus on worksheet filling, concentration calculations and quality management of laboratory, to meet the requirement of NIEA method. 7,562 pieces of data validations were carried out in this project. Among these data, 188 were marked “sample failed”, 10 were marked “quality assurance failure”, and 5 were marked “not executed sample.” The overall rate of available data is 97.3%.　　All defects from field performance audit and Lab check will be require to improve within certain days discussed in monthly routine data reviewing meeting, The EPA and this project will track situation of defects improvement."

2016

"Department of Environmental Monitoring ＆amp; Information Management"

"瑩諮科技(股)公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=179653

20190131

"2014~2015 Inspection and Management Plan of Vehicles Emission Inspection Station"

" "

2014

"Environmental Protection Bureau Kauhsiung City Government"

"春迪企業股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=127787

20170201

"(2017)Keelung indoor air quality management plan"

" "

2017

"Bureau of Environmental Protection, Keelung City"

"昱山環境技術服務顧問有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=174243

20181101

"Pollution Control Project of Lianjiang City,2016"

" "

2016

"Environmental Protection Bureau, Lienchiang County"

"長慧環境科技有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=145481

20170701

"2013 Management and Control Project of Construction Sites in Tainan City"

" “2013 Tainan City’s Construction sites Management and Inspection Project” (the project) , which executed from January to December, 2013(the period), is a continuing project carried out the past years’ rountin on inspecting the construction sites and promoting latest relvent regulations. During the period, there were 7,620 new construction sites decleard the Air Pollution Control Fees, collected total amout of NT$ 126,818,679 (149 new construction sites were required to declare, but exempted from collecting air pollution control fee). One of major target in the project is reducing the TSP emission by inspecting sites’ air pollution control facilities. The estimated TSP emission of 10,475 sites that under contstution was 12,526.47 tons. Through the project’s managment, 8,594 construction sites were inspected, the control rate was 82%. The actual TSP emission downed to 4942.93 tons, and thus the average reducing rate was 60.54%. Rice is the major agriculture product of Tainan city, but the traditional open-burning caused air pollution after harvest season. For this reason, the project made “Non-Open-Burning Article” agreement with 245 contracted farmers among 4 rice manufacturing associations, total rice paddy reached 984 hectares. However, there were still 603 sites occurred open-buring mainly during 3pm-5pm, burning area were 131.72 hectares. The project’s members assisted to put out fire on 47.17 hectares, the control rate was 37.71 %.Moreover, the project conducted the Barren Land Investigation ＆ Consulting Improvement, which discoverd 66 barren lands, total of 100.53 hectare, including 51.78 hectare of normal barren land and 48.75 hectate of river barren lands. On the other sector of Consuling Improvement, there are 29 uncover-suface sites improved under the project consulted, the improving area are 73.60 hectare, including 38.39 hectare of normal barren land and 35.21 hectate of river barren lands.In oreder to promote the importance of air polloution control with latest government regulation. The project held 2 explanatory conferences for general construction sites, 2 “Non-Open-Burning” explanation session, 5 explanatory session to those sites which were heavy polluated or listed under major construction sites , and published 12 news. In addtion, the project has been completed the implantation of Tainan City Construction Site Air Pollution Fee Online Reporting System by the end of Jun, and launched to general public Since July 1, 2013. "

2013

"Environmental Protection Bureau of Tainan City"

"堃捷工程股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=72912

20150201

"2015 Tainan City’s Construction sites Management and Inspection Project” (the project)"

" “2015 Tainan City’s Construction sites Management and Inspection Project” (the project) , which executed from Feb,2015 to Feb,2016(the period), is a continuing project carried out the past years’ rountin on inspecting the construction sites and promoting latest relvent regulations. During the period, there were 6,791 new construction sites decleard the Air Pollution Control Fees, collected total amout of NT$ 120,521,427 . One of major target in the project is reducing the TSP emission by inspecting sites’ air pollution control facilities. The estimated TSP emission of 10,617 sites that under contstution was 10,795.94tons. Through the project’s managment, 7,590 construction sites were inspected, the control rate was 72%. The actual TSP emission downed to 4,211.48 tons, and thus the average reducing rate was 60.99%. Rice is the major agriculture product of Tainan city, but the traditional open-burning caused air pollution after harvest season. For this reason, the project made “Non-Open-Burning Article” agreement with 297 contracted farmers among 4 rice manufacturing associations, total rice paddy reached 984 hectares. However, there were still 437 sites occurred open-buring mainly during 4pm-7pm, burning area were 37.13 hectares. The project’s members assisted to put out fire on 75.08 hectares, the control rate was 66.91 %.Moreover, the project conducted the Barren Land Investigation ＆ Consulting Improvement, which discoverd 70 barren lands, total of 65.30hectare, including 38.52 hectare of normal barren land and 26.78 hectate of river barren lands. On the other sector of Consuling Improvement, there are 33 uncover-suface sites improved under the project consulted, the improving area are 36.34 hectare, including 17.18 hectare of normal barren land and 19.16 hectate of river barren lands.In oreder to promote the importance of air polloution control with latest government regulation. The project held 4 explanatory conferences for general construction sites, 9 “Non-Open-Burning” explanation session, and published 10 news. "

2015

"Environmental Protection Bureau of Tainan City"

"堃捷工程股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=123649

20160811

"The project of fugitive emission sources control and maintenance management of clean air zones in 2012"

" “The project of fugitive emission sources control and maintenance management of clean air zones in 2012”, was implemented on March 1, 2012. In order to improve the air quality as well as to enhance the quality of living environment and space. The main objectives were to provide inventory and set up inspections of fugitive emission sources, including deal with sand, clay or clay used in construction manufacturing, cement manufacturing, asphalt mixing, steel smelting, steel casting, mining, manufacturing and port lime. Providing them Counseling to comply with regulations to reinforce fugitive emission sources control and works for clean air zones.So far, we strengthen the patrol to check the top 10 fugitive emission sources for 374 times and the regulations satisfaction was 70%, and finished checking 73 processes of 53 permitted company, counseling roads clean adoption length for 3,910 m, constructed and upgraded the database about 68 clean air zones, the data including area, position, plot, arbor inventory, arbor growing situation etc, we handled a clean air zone maintenance and management seninar and to observe outside county’s clean air zones. By the “Stationary sources of fugitive particulate pollutants, air pollution control facilities management legislation”. Our further work will keep requesting fugitive emission sources to carry out air control measurement, field green and tracking improvement measures well of air quality zones and fugitive emission sources ."

2012

"Environmental Protection Bureau Yunlin County"

"元科科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=90420

20150501

"Hualien Diesel Power Exhaust Detection Station Inspection Project, 2017"

" carry out the achievement Relevant environmental pollution that may cause in order to strengthen and is in charge of accusing of the diesel vehicle and discharge the granular pollutant, this plan controls some in diesel vehicle pollution in 106 annual plans, by controlling maintaining and improving with the vehicle not up to standard positively through checking, in order to effectively improve Hualien air quality state of the counties, expect by give a full account cuttlefish car inform against, roadside is it examine not up to standard to stop, eye is it sentence cigarette is it examine to notify to depend on and other counties and cities move in case is it measure etc. and control the way in pluralism to notify, notify have diesel vehicle time limit, pollution of doubt to arrange cigarette stand and measure, use relevant instrument and equipment to inspect by random samples controlling to the pollution which the diesel oil vehicle derives, nitrogen oxygen chemical compound; Make spot check to test some in the oil, the stochastical sampling from reaching the vehicle fuel tank of examining and analysing the thicknes s of sulphur content, in order to control the illegal oil with above standard sulphur content."

2017

"Environmental Protection Bureau, Hualien County"

"春迪企業股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=167200

20180401

"The 2014 years Taichung at diesel emissions testing and detection of illegal oil plan "

" In order to reduce the air pollution from diesel in Taichung city.The 2014 diesel emissions testing and detection of illegal oil project in Taichung city was executed from February 2014 to December 2014. The project was authorized by Taichung City Environment Protection Bureau. The abstract of this project was listed as below. A. Inspection items a. 7604 diesels had been pollution emission tested in smoke emission test station. b. 1611 diesels had been pollution emission tested on the roadside and parking lot. c. We mailed 1802 copies of notification to ask the diesel owners whose diesel was emission the smoke on the road. d. We detected 670 oil samples to make sure that the diesel owner used the legal oil. B. Maintain and Inspection system The diesels which pass the self-management permit were being searched via camera to identify the diesels which had not finished the annual smoke emission test at Taichung harbor and highway."

2014

"Environmental Protection Bureau, Taichung City"

"瑩諮科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=89568

20150501

"The promotion of low-pollution vehicle project in Taichung city, 2018."

" The Completion of this project has reached 100.0％ since the contract date from January 19, 2018 to December 31, 2018. The major subjects divided into two parts. First, promote and educate of the low-pollution vehicles. Second, integration of administrative resources, boost up the usage of electric vehicles (EV) from government departments and also offering a complete handful of EV charging station networks. The completed items included the followings. The promotion of low pollution vehicles at domestic and foreign country. An investigation the situation of the green traffic A fully inspection on 124 places of EV Charging stations (include review 53 place) and 325 places of electric motorbike charging stations (include review 152 place)in Taichung city. The inspection of the result has been report. The conference of EV charge station application has been hold in 3 times. 18 applications of EV charge stations have accepted. The evaluation and review of current electric car charge stations in Taichung city. 150 uniform signs of Taichung EV charge station have made. 107 uniform signs of Taichung EV charge station have hung up. The reservation system of old scooter inspection has added on the web site. An expo of low pollution vehicles promotes. 15 sessions of low-pollution promotion has held. Five advertisements have published on the print media. Four advertisement has published on the internet media.8 broadcast ads have made.9 ads have been broadcast. Broadcast ads have repeated 2,741 times. Oral broadcast ads have repeated 265 times. The observation and learning activity of low pollution vehicles. 1,010 times of idling stop propagandas around flora expo. The site meetings and the discussion of setting electric motorbike battery exchange station at district office in 3 times. The low-carbon transport at south district in Taichung discussion has been holding 1 time.One electric motorbike battery exchange station set in Daya district office press conference has held. The schedule track discussion of low-carbon transport at south district in Taichung. 10,170 applications of elimination 2-stroke scooters have accepted."

2018

"Environmental Protection Bureau, Taichung City"

"創騏環境科技有限公司"

https://epq.epa.gov.tw

20190111

"Sampling Analysis of Fine Particulate Matter (PM2.5) of Taichung City in 2017"

" This study provides a survey of PM2.5 in Taichung, based on sampling analysis. Sampling locations include environmental conditions, bus stations, motorways, in-stacks, construction sites and bare-land sites, which are responsible for fugitive emissions. Chemical analysis showed that PM2.5 is composed of 25% to 27% sulfate, 18% to 30% organic carbon, 3% to 5% nitrate, 4% to 7% elemental carbon, and 4% to 7% metal components. Active emission control of sulfates, organic carbon, and their precursors SO2 and VOC would be the most effective strategy for achieving PM2.5 air quality targets. Data indicate that oil-burning boilers emit high levels of FPM and CPM. Further analysis shows that sulfate is the most significant component of FPM. This finding corresponds with the use of sulfur-containing heavy oil and the lack of desulfurization equipment. FPM emissions from electric arc furnaces are second only to FPM emissions from oil-burning boilers in Taichung. Therefore, after regulating coal-burning boilers and oil-burning boilers, the next sensible target would be electric arc furnaces. Actual measurements of gas boiler emissions show that while FPM is low, CPM is high. Emission reduction of CPM is a challenge for all fossil-fuel-burning (coal, oil, and gas) boilers. To reduce emissions from boilers, switching from oil and coal to gas is insufficient because while burning gas improves FPM emissions, CPM emissions remain an issue. We suggest regulatory agencies to develop emission control strategies for CPM. As for stable isotope tracer technique used in traceability study of sulfur in PM2.5 pollution, the FPM ẟ34S-value from the Taichung Power Plant was 3.85‰, the SO2 ẟ34S-value was 0.43‰ and the diluted total PM2.5 (FPM+CPM) ẟ34S-value was 0.4‰, indicating that the proportion of total filterable particulate matters in PM2.5 was rather low and it was primarily dominated by condensable particulate matters of converted SO2. We estimated relative contributions of sulfate in PM2.5 in Dali, Taichung, based on mass balance principle. In the spring scenario, 7% of sulfate was attributed to Taichung Power Plant, while 93% of sulfate was assigned to transport from the upwind area. In the summer scenario, 5% of sulfate was caused by Taichung Power Plant, while 95% was due to transport from the upwind area. Using a tethersonde and an optical particle counter, we estimated the construction site emission factor to be 1.34 MT/ha/yr and the fugitive PM2.5 emission factor to be 0.97 MT/ha/yr, both of which were higher than the corresponding TEDS 9.0 emission coefficients. These findings suggest that the actual emissions would also be higher than values from TEDS 9.0. As a result, strengthening the control of construction sites and fugitive dust may yield more air quality improvements than what one might otherwise expect. Results of hazardous air pollutant monitoring in Central Taiwan Science Park showed while concentrations of VOCs, aldehydes, and acidic gases at the Taichung site were slightly higher than measured values at the Houli site, levels of all controlled pollutants were much lower than regulatory standards. This finding suggests that air pollution control efforts at the Central Taiwan Science Park are effective. The PM2.5 concentration at a bus station was 1.3 ~ 4.0 times higher than values at the general air quality station. The PM2.5 level at a motorway was about 2~3 times higher than measurements at the general air quality station. These findings indicate that PM2.5 is affected by traffic and that regional air quality is also an important determinant."

2017

"Environmental Protection Bureau, Taichung City"

"台灣綠碁科技有限公司"

https://epq.epa.gov.tw

20180401

"107 Penghu County Promotes Indoor Air Quality Management Plan"

" The focus of this year's work is mainly on the indoor air quality guidance and auditing work of public and private places and announcement places (including the first batch and the second batch). The focus of the operation also focuses on the guidance and confirmation of the compliance of the first batch of announcement sites. Since the first batch of announcement sites have expired for 2 years, the operators should continue to carry out the inspections. Therefore, the annual review focus is divided into whether the special personnel have changed, and whether the management content is implemented, and the visits are confirmed. Quality is measured in addition to formaldehyde and carbon dioxide. The first batch of announcement sites for inspection and update is also the focus of annual work counseling. In addition, this year, for the key public and private places, according to the promotion strategy, the promotion of the self-management operation of the tourist hotel hotel will be carried out first. In addition to explaining the direction and content of the promotion to the industry this year, the commendation certificate will be issued for the partners who have already cooperated to show the hotel and hotel of the county. The industry has excellent indoor air quality.Part of the scheduled announcement site is based on the EPD's investigation focus. The consolidation provides the batch status of the announcement site for reference by the EPD. This year, the annual survey list has also been provided.In order to promote the work related to indoor air quality management, the project is completed in conjunction with the county's industry and colleges and universities to complete three briefing sessions, and to complete one-time inter-office coordination meeting for the county's policy, to communicate and confirm the management of each bureau. The correctness of the data and the effect of the expansion."

2018

"Environmental Protection Bureau, Penghu County"

"上境科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=193741

20190226

"Project of Odorous Nuisance Improvement Related with the open burning and the People’s Livelihood Sources."

""

2015

"Department of Air Quality Protection ＆amp; Noise Control"

"環科工程顧問股份有限公司"

https://epq.epa.gov.tw

20160501

"The Project of Inspection and Testing of Stationary Sources in Taichung City in 2015"

""

2015

"Environmental Protection Bureau, Taichung City"

"上準環境科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=112122

20160201

"The 104 annual project of mobile pollution inspection and management in Taoyuan City"

""

2015

"Taoyuan County Government Environment Protection Bureau"

"盈鼎環保有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=123045

20160901

"The Integration Plan of Air Quality to Manintain, Inprove, and Strain"

""

2015

"Taoyuan County Government Environment Protection Bureau"

"康廷工程顧問企業有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=125566

20161201

"The fixed pollution sources permits being in charge of the peculiar smell pollution of and the food "

""

2014

"Environmental Protection Bureau, Kinmen County"

"立境環境科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=89329

20150601

"2015 Tainan Energy Conservation and Carbon Reduction Promotion Project"

""

2015

"Environmental Protection Bureau of Tainan City"

"立境環境科技股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=132479

20170201

"The 103 annual project of mobile pollution inspection and management in Taoyuan County"

""

2014

"Taoyuan County Government Environment Protection Bureau"

"盈鼎環保有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=123010

20160901

"2013 project of VOCs survey ＆ control in Changhua County"

""

2013

"Environmental Protection Bureau Changhua County"

"台灣曼寧工程顧問股份有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=71970

20150101

"-"

"-"

2013

"Environmental Protection Bureau, Pingtung County"

"環佑實業有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=71153

20150101

"-"

"-"

2014

"Nantou County Environmental Protection Bureau"

"國立中興大學"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=147027

20170707

"-"

"-"

2015

"Nantou County Environmental Protection Bureau"

"國立中興大學"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=147026

20170707

"---"

"-"

2016

"Environmental Protection Bureau, Pingtung County"

"環佑實業有限公司"

https://epq.epa.gov.tw/project/filedownload.aspx?fid=145511

20170601