109

3,900 千元

科技發展-環境科學及技術之研究

2020/05/22

2020/12/31

蕭振龍

空保處

林怡君

千一科技股份有限公司

噪音振動、環境監測及檢測、區域環境管理、環境影響評估、科技計畫

非游離輻射、電磁場、射頻、光污染

Non-Ionizing Radiation, Electromagnetic Field, Radio Frequency (RF), light pollution

蕭文彝

02-27590118#331

cy1000nir@gmail.com

本計畫完成3都會區特定範圍電磁場水平的量測與評估，對設計並建立之環境電磁波區域性監測技術進行實證，包含監測系統及量測方法，量測區域包括臺北市大安區、臺中市北區、西區及高雄市新興區、苓雅區，量測區域面積共32.66平方公里，蒐集數據經資料處理提供後續應用達13,000筆；將各都會區環境電磁波區域性監測結果，繪製射頻電磁場資訊地圖及進行不同時段比較，並整合建置為空間資料地理圖層，建置於非屬原子能游離輻射管制網中；蒐集5G技術與環境電磁波曝露資訊相關之研究。在可見光部分，進行光污染源鄰近場地現勘5條路線，並選定2條路線進行環境光源動態監測作業，也驗證環境光源動態監測方法，監測路徑長度11.4公里，量測驗證數逾200點次；研提環境光源動態監測成果結合地圖呈現方式；對近3年光污染陳情案件，進行光污染源類型分析。定期維護非游離輻射管制網及資訊管理系統，提供各部會機關量測人員申報與上傳量測資料，提供民眾順利以條件或地圖查詢量測資訊。協助辦理非游離輻射（射頻與極低頻及可見光）污染源防制與量測教育說明會議共6場次，包括對民眾解說電磁波與光污染相關知識，或推廣地方環保局業務承辦人員對非游離輻射及光污染管理及量測方法之瞭解與提昇陳情案件處理技巧。

非游離輻射、電磁場、射頻、光污染

1-0_報告書全本_EPA024109020_公.pdf

13MB

2021/1/15 上午 12:00:00

This project completed the measurement and evaluation of electromagnetic field levels in specific areas of 3 metropolitan areas, and empirically validated the designed and established environmental electromagnetic wave regional monitoring technology, including monitoring systems and measurement methods. The measurement areas included Daan District of Taipei City, The North District, West District of Taichung City, and Xinxing District and Lingya District of Kaohsiung City had a total measurement area of 32.66 square kilometers. The collected data was processed to provide follow-up applications up to 13,000; the regional environmental electromagnetic wave monitoring results of each metropolitan area Draw radio frequency electromagnetic field information maps and compared them in different time periods, and integrated them into spatial data geographic layers, and build them on non-ionizing radiation control website; collected research on 5G technology and environmental electromagnetic wave exposure information. In the visible light part, 5 routes were surveyed on the site near the light pollution source, and 2 routes were selected for dynamic monitoring of environmental light sources. The dynamic monitoring methods of environmental light sources were also verified. The monitoring path length was 11.4 kilometers, and the number of measurement verifications exceeded 200 points; the results of dynamic monitoring of environmental light sources combined with map presentation methods were developed; Analysis of light pollution source types for cases of light pollution reports in the past 3 years. Regularly maintained the non-ionizing radiation control website and information management system, provided measurement personnel of various ministries and agencies to declare and upload measurement data, and provided people with smooth conditions or maps to query measurement information. Assisted in 6 sessions of education explanation meetings on the prevention and measurement of non-ionizing radiation(radio frequency, extreme low frequency and visible light) pollution sources, including explaining the knowledge of electromagnetic waves and light pollution to the public, or promoting the understanding and measurement methods of non-ionizing radiation and light pollution management and measurement methods by business contractors of local environmental protection bureaus Improve the handling skills of petition cases.

Non-Ionizing Radiation, Electromagnetic Field, Radio Frequency (RF), light pollution