Dioxin 2023: The 43rd International Symposium on Halogenated Persistent Organic Pollutants (POPs)
大会摘要
https://dioxin2023.org/wp-content/uploads/2023/10/10445-Dioxin-2023-BOA-2023.pdf
The 43rd International Symposium on Halogenated Persistent Organic Pollutants (POPs) will take place this year from September 10–14th, in Maastricht, The Netherlands.
The Organizing Committee of Dioxin 2023 is pleased to announce that this will be the first time Dioxin returns to Europe in the last 5 years. So far, the Organizing Committee has received over 400 short papers from 40 different countries. Of these 400 papers, 225 have been scheduled for oral presentations, and 175 posters will be on display during the four-day symposium.
The aim of Dioxin 2023 is to focus on the science of persistent organic pollutants (POPs) from a broad perspective. Well-known dioxins, PCBs and PBDEs, as well as PFAS, CPs, PCNs, and related compounds, will be covered in technical talks and short courses. The symposium will cover several topics, such as analytical advances, emission/formation control, waste/risk management, environmental levels, fate and transport, human exposure, toxicity, toxicokinetic, food/feed, regulation, microplastics, and forensics. Additionally this year, the symposium will explore global pollution issues and give more attention to developing countries.
The 43rd International Symposium on Halogenated POPs will be held at the MECC, in Maastricht, the Netherlands. The venue is conveniently located to center city, near many of the major hotels in Maastricht, as well as in close proximity to public transportation.
For more updated information and to register for this symposium, please click the link below: https://dioxin2023.org/
专题:Dioxin:
- 01. 垃圾焚烧排放的二噁英、重金属会污染土壤吗?——来自四川的最新证据
- 02. 土壤样本检测显示:美国“毒火车”现场二噁英严重超标
- 03. 1次启停炉排放全年20%的二噁英——来自北京某生活垃圾焚烧厂的证据
- 04. 二恶英、氯乙烯及经过验证的补救措施背后的科学
- 05. 用微波萃取克服二恶英萃取中的记忆效应
- 06. 江苏垃圾焚烧将出台“最严”标准,企业是尽力而为还是量力而行?
- 07. Dioxin 2023: The 43rd International Symposium on Halogenated Persistent Organic Pollutants (POPs)
- 08. 比砒霜还毒900倍,这种一级致癌物,你还天天吃?
- 09. 隐藏在科学背后的宝藏——探索质谱和质谱离子源的发展历程
- 10. 日本二噁英类限值和测试方法一览表
- 11. WHO重新评估二噁英类化合物毒性当量因子(TEF)
- 12. T/CSES 37-2021-二噁英类环境健康风险评估技术规范
- 13. 江汉大学持久性有毒污染物研究团队EST|土壤经强氧化性酸消解过程意外产生二恶英
- 14. 使用具有增效离子源(BEIS)的三重四极质谱仪(MS/MS)对食品中二恶英的超低水平分析
- 15. 宽纵填埋轻焚烧,美国垃圾二恶英排放超中国四倍
- 16. 新版食品 二噁英标准发布了(GB5009.205-2024)
- 17. DB11/T 1403-2017 《火葬场二噁英类污染防治技术规范》北京地标
- 18. 北京航空航天大学孙轶斐团队ES&T:氯/溴代二恶英生成过程中氯溴交互作用机制