Development of a simple electrochemical drink spiking detector​

Full project title: Development of a simple electrochemical drink spiking detector 

Duration: Ongoing from 2024

Project lead for CBR: Dr Kevin Honeychurch

Other UWE Bristol researchers:

• Dr David Ferrier
• Dr Alex Yue

Research partners/collaborators:

• Counter Spike
• Health Tech Hub

Funder: Counter Spike

This project, delivered in collaboration with Counter Spike, focuses on the development of a novel electrochemical sensing platform for the rapid detection of drink spiking agents. The research aims to address a growing public safety concern by creating a sensitive, portable, and user-friendly device capable of identifying commonly used substances in alcoholic and non-alcoholic beverages. 

The work involves the design and optimisation of electrochemical sensors for the detection of target compounds at low concentrations, alongside the integration of these sensors into practical formats suitable for real-world use. Emphasis is placed on selectivity, speed of analysis, and robustness in complex sample matrices such as mixed drinks. 

By bridging fundamental analytical chemistry with applied technology development, this project seeks to support prevention and early detection strategies for drink spiking, contributing to safer social environments. The collaboration with industry enables translation of laboratory-based innovations into deployable solutions with direct societal impact.

• Electrochemical sensor development for drink spiking detection 
• Prototype portable detection technology 
• Academic publications and conference outputs 
• Industry collaboration with Counter Spike 
• Student training and supervision 
• Translation towards real‑world application and impact 

For further information about the project, please contact Dr Kevin Honeychurch (kevin.honeychurch@uwe.ac.uk).