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  Investigation and modification of surface treatments for attracting and capturing microfibres dispersed in aqueous environments


   School of Engineering, Technology and Design

   Applications accepted all year round  Self-Funded PhD Students Only

About the Project

Microplastic pollution is a well-known environmental concern. The continuous increase in the production and use of plastics in various forms in combination with a lack of waste management in their disposal continues to contribute towards contamination. As a result, they are now found in almost all known marine environments, as well as in the soil, air, and foodstuffs. Degradation of plastics in the environment as well as the continued primary contribution has led to large accumulations globally. This has sparked concerns, for marine environments and wildlife, with associated growing evidence of damage to plants, land, animals, and human health.

To date, there has been great research interest in the capture and separation of plastics and microfibres from wastewater. Various methods and ideas have been explored, yet thus far, there has been little consensus on a novel, efficient method for their detection or removal. However, studies have shown that generally, chemical, and electrochemical based coagulation and flocculation methods show significant removal efficiency. Thus, they remain the main technology in drinking water treatment.

In this project, the investigation will focus upon the currently used drinking water treatment method of flocculation to study its effectiveness on the removal of various microplastic fibres. This will be considered through the introduction of different cationic and anionic flocculants to a standard dispersion of fibres, suspended in DI water. The aim of this project is to identify the optimum conditions and materials that can be used to remove the different microplastic fibres from various aquatic environments at both laboratory and industrial scales.

Applicants must have achieved or be expected to achieve a 1st class or 2:1 honour degree or equivalent in a related discipline in Engineering. Ideally with a MSc in an area of engineering or have relevant industrial experience

For further information about this project and scholarship please contact: Dr Najah Battikh:  or Dr Hany Hassanin

The research of this project will be undertaken within School of Engineering, Technology, and Design (ETD) at Canterbury Christ Church University (CCCU). Canterbury Christ Church University is located in the world-famous Cathedral city amongst stunning history and heritage. Canterbury is a thriving international destination, with many students and staff choosing to study and work here, making this historic, cosmopolitan city vibrant and culturally diverse. We are strongly committed to equality and recognise the value of diverse students and staff.

Postgraduate research students are part of the Canterbury Christ Church University Graduate College which is home to almost 800 research students. The Graduate College provides a wide range of researcher development training as well as academic and social activities for postgraduate students.

 To Apply: contact Dr Hany Hassanin

Engineering (12)

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