Hexazinone Electrochemical Sensor Using Bismuth Screen-Printed Electrode and Imprinted Techniques
Principal Investigator
Co-Investigators
Other Team Members
No matching items found.
Project details
Start date: 01/10/2023
End date: 30/09/2024
Abstract
The hexazinone usage has been reported to cause adverse effects from the use of herbicides. In agriculture and natural water hamful if swallowed to effect to eye irretation, very toxic to aquatic life. This toxic chemical have poising to a long lasting effect in environment.
This development willfacilitate the managment of online reports of hazardaous chemical survillance system in water or soil. The crops have been use this chemical that are more than necessary. Consequenly, the sucessful sensor will be able to use for continuous surveillance. A measuring device that can be connected to a variety of Internet signal transmission devices such as smart phones or IoTs that can collect large amounts of data in order to manage the environment in the future and make health and well-being better sustainably
Keywords
- electrochemical sensors
- herbicides
- Molecularly imprinted polymer
Strategic Research Themes
Publications
No matching items found.