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国内外茶叶农药残留限量标准与出口茶叶安全研究
引用本文:丁亦男,童小麟,赖国银,徐敦明,林立毅,黄旖珏,张志刚.国内外茶叶农药残留限量标准与出口茶叶安全研究[J].食品安全质量检测技术,2019,10(23):8140-8145.
作者姓名:丁亦男  童小麟  赖国银  徐敦明  林立毅  黄旖珏  张志刚
作者单位:厦门海关技术中心,厦门海关技术中心,厦门海关技术中心,厦门海关技术中心,厦门海关技术中心,厦门海关技术中心,厦门海关技术中心
基金项目:国家质量监督检验检疫总局科技计划项目(2017IK120)
摘    要:本文对国内外茶叶农药残留限量标准现状及其特点进行了分析, 从评估原则、标准数量、最大残留限量数量、贸易壁垒设定、调整农药残留限量变化等方面对比了我国与主要茶叶消费国的茶叶农残标准现状。通过数据对比发现我国茶叶农残限量标准存在: 标准更新频率慢、农药种类少、标准数量少、标准年限长、标准限量宽松等问题。此外, 收集整理近5年欧盟进口茶叶通报热点项目, 统计分析了通报农药批次、名称与类别, 发现蒽醌和唑虫酰胺在通报次数中占比最高。通过各组数据的的对比, 我们亟需制定相应应对措施, 完善标准体系, 提高我国茶叶出口质量及在国际市场上的地位。

关 键 词:茶叶    标准    农药最大残留量    欧盟    蒽醌    唑虫酰胺
收稿时间:2019/9/24 0:00:00
修稿时间:2019/11/22 0:00:00

Study on the limit standard of pesticide residue of tea and the safety of exported tea at home and abroad
DING Yi-Nan,TONG Xiao-Lin,LAI Guo-Yin,XU Dun-Ming,LIN Li-Yi,HUANG Yi-Jue and ZHANG Zhi-Gang.Study on the limit standard of pesticide residue of tea and the safety of exported tea at home and abroad[J].Food Safety and Quality Detection Technology,2019,10(23):8140-8145.
Authors:DING Yi-Nan  TONG Xiao-Lin  LAI Guo-Yin  XU Dun-Ming  LIN Li-Yi  HUANG Yi-Jue and ZHANG Zhi-Gang
Affiliation:Xiamen Customs Technology Center,Xiamen Customs Technology Center,Xiamen Customs Technology Center,Xiamen Customs Technology Center,Xiamen Customs Technology Center,Xiamen Customs Technology Center and Xiamen Customs Technology Center
Abstract:This paper analyzed the current situation and characteristics of pesticide residue limit standards of tea at home and abroad, and compared the current situation of pesticide residue limit standards of tea between China and major tea consuming countries in terms of evaluation principle, standard quantity, maximum residue limit quantity, trade barrier setting, adjustment of pesticide limit change, etc. Through data comparison, it was found that there were some problems in China''s tea residue limit standards, such as slow renewal frequency of standards, less types of pesticides, less number of standards, long standard life, loose standard limit, etc. In addition, collecting and sorting out the hot projects of EU import tea notification in recent 5 years, statistical analysis of the batch, name and category of notified pesticides was conducted, and it was found that anthraquinone and zolamides accounted for the highest proportion in the number of notifications. Through the comparison of each group of data, we urgently needed to formulate corresponding countermeasures, improved the standard system, and improved the quality of China''s tea export and its position in the international market.
Keywords:tea  standards  maximum pesticide residue limits  European Union  anthraquinone  tolfenpyrad
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