Air Quality Monitoring IoT Launched
- MajorEnvironmentalPolicies @ 環境部
標題Air Quality Monitoring IoT Launched的月份是9, 年度是2017, 分類是Environmental Monitoring, 全文是Air Quality Monitoring IoT Launched The EPA has completed the establishment of 100 air quality monitoring spots in Kuanyin Industrial Park. Inspectio....
| 編號 | 3600 |
| 標題 | Air Quality Monitoring IoT Launched |
| 摘要 | Environmental Monitoring Air Quality Monitoring IoT Launched The EPA has completed the establishment of 100 air quality monitoring spots in Kuanyin Industrial Park. Inspections are done through intensive monitoring, data convergence and analysis, and the tracking of pollution hot zones and the times at which pollution is detected. The EPA and Taoyuan City Government have jointly inspected six factories, for which six violation warnings were issued, with two factories handed over to a prosecutor to face criminal offenses. The EPA states that 10,200 monitoring spots will be set up within the next four years for pollution investigations, so as to strengthen environmental monitoring and safeguard the environment and public health. |
| 全文 | Air Quality Monitoring IoT Launched The EPA has completed the establishment of 100 air quality monitoring spots in Kuanyin Industrial Park. Inspections are done through intensive monitoring, data convergence and analysis, and the tracking of pollution hot zones and the times at which pollution is detected. The EPA and Taoyuan City Government have jointly inspected six factories, for which six violation warnings were issued, with two factories handed over to a prosecutor to face criminal offenses. The EPA states that 10,200 monitoring spots will be set up within the next four years for pollution investigations, so as to strengthen environmental monitoring and safeguard the environment and public health. The EPA started building the air quality monitoring Internet of Things (IoT) in 2017 and conducted the first monitoring test in Kuanyin Industrial Park. The IoT consists of sensors that collect data on PM2.5, volatile organic compounds (VOCs), temperature and humidity. The IoT is also capable of providing air monitoring data that includes a high resolution map of the air quality updated every few minutes. The map has a street by street breakdown, with a detailed display of pollutant concentrations and how they change over time. By analyzing the wind speed and direction and combining it with the map, pollution hot zones and potential emission areas can be localized. With further analyses of the spatial and temporal characteristics combined with examination of industrial pollution factors (e.g. raw materials and manufacturing processes), inspection data is expected to be significantly improved. The EPA points out that the monitoring test in Kuanyin Industrial Park is simply the beginning of the air quality monitoring IoT. The EPA has already formulated future strategies on data applications and monitoring spot selections based on this experience. For instance, the EPA plans to focus on monitoring regions with many factories such as industrial parks, science and industrial parks, and export processing zones. The EPA will also establish monitoring spots in communities near industrial parks to observe how they are affected by pollutants. Furthermore, metropolitan and business areas where population and traffic are densest will be monitored for traffic and urban pollution control. As for the cities/counties with no monitoring stations within 20 kilometers, monitoring spots will be established more gradually. The EPA indicated that the environmental quality monitoring IoT not only collects monitoring data, but also incorporates other environmental data with weather conditions, reported information and regulated pollution source information for big data analysis. By using the environmental quality monitoring IoT together with other inspection tools and technology, the EPA plans to promote in-depth environmental inspection so as to improve pollution control and safeguard environmental quality. |
| 年度 | 2017 |
| 月份 | 9 |
| 分類 | Environmental Monitoring |
| 檔案位置 | http://V20/V20-9 |
編號3600 |
標題Air Quality Monitoring IoT Launched |
摘要Environmental Monitoring Air Quality Monitoring IoT Launched The EPA has completed the establishment of 100 air quality monitoring spots in Kuanyin Industrial Park. Inspections are done through intensive monitoring, data convergence and analysis, and the tracking of pollution hot zones and the times at which pollution is detected. The EPA and Taoyuan City Government have jointly inspected six factories, for which six violation warnings were issued, with two factories handed over to a prosecutor to face criminal offenses. The EPA states that 10,200 monitoring spots will be set up within the next four years for pollution investigations, so as to strengthen environmental monitoring and safeguard the environment and public health. |
全文Air Quality Monitoring IoT Launched The EPA has completed the establishment of 100 air quality monitoring spots in Kuanyin Industrial Park. Inspections are done through intensive monitoring, data convergence and analysis, and the tracking of pollution hot zones and the times at which pollution is detected. The EPA and Taoyuan City Government have jointly inspected six factories, for which six violation warnings were issued, with two factories handed over to a prosecutor to face criminal offenses. The EPA states that 10,200 monitoring spots will be set up within the next four years for pollution investigations, so as to strengthen environmental monitoring and safeguard the environment and public health. The EPA started building the air quality monitoring Internet of Things (IoT) in 2017 and conducted the first monitoring test in Kuanyin Industrial Park. The IoT consists of sensors that collect data on PM2.5, volatile organic compounds (VOCs), temperature and humidity. The IoT is also capable of providing air monitoring data that includes a high resolution map of the air quality updated every few minutes. The map has a street by street breakdown, with a detailed display of pollutant concentrations and how they change over time. By analyzing the wind speed and direction and combining it with the map, pollution hot zones and potential emission areas can be localized. With further analyses of the spatial and temporal characteristics combined with examination of industrial pollution factors (e.g. raw materials and manufacturing processes), inspection data is expected to be significantly improved. The EPA points out that the monitoring test in Kuanyin Industrial Park is simply the beginning of the air quality monitoring IoT. The EPA has already formulated future strategies on data applications and monitoring spot selections based on this experience. For instance, the EPA plans to focus on monitoring regions with many factories such as industrial parks, science and industrial parks, and export processing zones. The EPA will also establish monitoring spots in communities near industrial parks to observe how they are affected by pollutants. Furthermore, metropolitan and business areas where population and traffic are densest will be monitored for traffic and urban pollution control. As for the cities/counties with no monitoring stations within 20 kilometers, monitoring spots will be established more gradually. The EPA indicated that the environmental quality monitoring IoT not only collects monitoring data, but also incorporates other environmental data with weather conditions, reported information and regulated pollution source information for big data analysis. By using the environmental quality monitoring IoT together with other inspection tools and technology, the EPA plans to promote in-depth environmental inspection so as to improve pollution control and safeguard environmental quality. |
年度2017 |
月份9 |
分類Environmental Monitoring |
檔案位置http://V20/V20-9 |