Advanced Electrochemical pH Sensing Technologies
Description
Various methods are used to measure pH, including electrochemical and non-electrochemical techniques like colorimetric, catalytic, and optical approaches. Electrochemical methods remain the most reliable and widely used, with applications in food processing, health monitoring, agriculture, nuclear industries, and water quality.
This book explores materials-based electrode designs for pH sensors and evaluates their applications across different fields, highlighting their suitability for emerging and future technologies. It also offers a detailed overview of rigid, flexible, and stretchable pH sensors, examining their capabilities in various environments. Additionally, the book explores the impact of research and development on the creation of novel, miniaturized pH sensors designed for real-time monitoring in extreme conditions, such as high temperature, high pressure, and chemically aggressive environments, as well as for wearable applications.
Key Features:
- Discusses the various metal oxides, polymers, carbon and composites materials-based electrode designs for electrochemical pH sensors
- Considers a selection of state-of-the-art materials and types of pH sensors that are beneficial for environmental, agriculture, food quality, wearable and aquaculture applications
- Covers the major tools and techniques used for analysing the pH sensing mechanism, including cyclic voltammetry, potentiometry and electrochemical impedance spectroscopy
- Provides an overview of methods for the design and fabrication pH sensors, including the materials used
- Discusses advanced designs including electronic skin-based pH sensors
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Person
Dr. Libu Manjakkal is an Associate Professor in Electronics and Electrical Engineering at Edinburgh Napier University, UK, and he is the leader of the Sustainable Materials Research & Technologies (SMART) group. He is currently the primary supervisor of 1 Marie Cuire post-doctoral fellow and 2 PhD students and co-supervisor of 2 PhD students. He undertook his PhD (2012) funded by a Marie Sklodowska Curie ITN programme in electrochemical pH sensors at the Institute of Electron Technology, Poland. After completing his PhD, he worked as a post-doctorate at the Institute of Electron Technology, Poland (2015-2016) and the University of Glasgow (2016-2022). He is a member of the Royal Society of Chemistry and an Editor of Chemical Engineering Journal, an Editor of Results in Engineering Journal, and a fellow of the UK's Higher Education Academy.
Content
Chapter 1: Overview of pH sensing technologies
Chapter 2: Electrochemical pH sensors: classification of materials and their working mechanism
Chapter 3: Reference electrodes for electrochemical pH sensors
Chapter 4: Metal oxide-based pH sensors: sensor fabrication and mechanism
Chapter 5: Classification of metal oxides for electrochemical pH sensors fabrication and their performance
Chapter 6: Carbon-based pH sensors: sensor fabrication and performance
Chapter 7: Conducting polymers-based pH sensors: sensor fabrication and mechanism
Chapter 8: Flexible and stretchable pH sensor: for e-skin in wearable devices and portable applications
Chapter 9: Application of advanced electrochemical pH sensors and technological growth
