The proposed project aims to advance our established collaborative research between the University of Central Lancashire in Preston, UK and Mainland China universities through a transformative field study and translational education (TE) initiative. By partnering with Tianjin University, this project will extend our existing collaboration to new level. This endeavour is also an extension of our ongoing British Council Going Global project with East China University of Science & Technology in Shanghai, focusing on nanotechnology in waste water solutions Multifunctional Nano composites in Wastewater Treatment (uclanchinawastewatersolutions.net).

This project is unique and challenging due to its transformational approach of translating laboratory-based research to real-world field research. The goal is to implement established data and statistics into postgraduate joint curriculum development across disciplines including chemistry, advanced materials, chemical engineering, and environmental engineering. Key outcomes include a joint PhD studentship and a unique joint postgraduate course designed to meet global environmental sustainability and climate change needs. This initiative will prepare a future workforce with the skills and training necessary to address environmental issues related to water quality, water availability, and management.

The urgent need for sustainable environmental solutions for water ecosystems is a critical focus for countries worldwide, as highlighted by the United Nations’ annual COP meetings. Our proposed project seeks to address these challenges using nanotechnology tools and methodologies, transitioning from laboratory research to field applications and further into translational education (TNE).

This collaborative project will enhance the extensive network of industries, municipalities, and local communities around China through Tianjin University. By fostering international collaboration and integrating advanced research into educational curricula, the project aims to create a significant impact on environmental sustainability and public health, preparing a skilled workforce to address the global water crisis.