Surface-enhanced Raman Spectroscopy For Rapid Detection of Active Ingredients of Pesticide Products And Pesticide Residues In Agricultural Products
Technology Introduction:
This technology utilizes the patented FaPEx sample pretreatment method to eliminate matrix interference and complete analysis within 3 to 5 minutes. Subsequently, it employs a nanometal chip with a high enhancement factor to generate Surface-Enhanced Raman Scattering (SERS), amplifying pesticide signals by more than three orders of magnitude. Finally, by integrating AI-driven big data algorithms, the system can simultaneously and accurately identify and analyze multiple types of pesticides within complex mixtures.
Industrial Applications:
At the agricultural production stage, "pre-harvest screening" and self-management can be implemented; at the food distribution and retail stages, a food safety defense line within the green supply chain can be established; the technology can also be applied to government inspections and border checks to detect illegal, counterfeit, or banned finished pesticide products sold on the market.
Agricultural Chemicals Research Institute, Ministry of Agriculture
The Agricultural Chemical Research Institute (ACRI), established in 1971, is responsible for pesticide research and development in Taiwan, control of toxic residues in agricultural products, development of new plant protection methods, technical services, and the formulation of various testing methods and evaluation standards to ensure the safe use of pesticides and the safety and quality of agricultural products.
Contact Information
Name：Chen Sz-Ying
Tel：04-2330-2101#431｜0915-096-275
Address：No.11, Guangming Rd., Wufong, Taichung 413001, Taiwan (R.O.C.)
Patents：
I604187
