Danial Qadir

Dr. Danial Qadir is a Research Fellow at the Net Zero Industry Innovation Centre, Teesside University, specializing in membrane technology, carbon capture, and hydrogen purification technologies. With over a decade of research experience, he has made significant contributions to sustainable environmental solutions through innovative separation processes and materials development.

Education:

• PhD in Removal of Dissolved Salts using Carbon Based Mixed Matrix Membranes from Universiti Teknologi PetronAS (2013-2018)
• Master of Science in Effect of Temperature on Anaerobic Digestion for Industrial Wastewater Treatment from University of Engineering and Technology Lahore (2007-2010)
• Production of 10 Ton of Ethyl Alcohol from Molasses and its Blending in Fuel Oil from NFC Institute of Engineering and Fertilizer Research (2003-2007)

Dr. Qadir's research focuses on developing innovative membrane technologies for water treatment, gas separation, and carbon capture applications. His expertise spans membrane synthesis and characterization, hydrogen purification, and sustainable materials development. He has particular strength in addressing industrial-scale challenges related to water scarcity and greenhouse gas emissions through advanced separation processes. His work bridges fundamental membrane science with practical environmental applications.

His publication record shows increasing emphasis on practical industrial applications of membrane technologies for environmental sustainability, with recent work focusing on direct air capture, hydrothermal carbonization, and hydrogen technologies. The research demonstrates strong alignment with decarbonization goals and industrial net zero transitions.

Scientific Contributions:

• Development of carbon-based mixed matrix membranes for water treatment
• Two patents filed during doctoral research
• Active participation in multiple UKRI-funded and industry-collaborative projects
• Research on membrane technologies for natural gas processing

Dr. Qadir has served as a Research Associate on six major projects, including the Tees Valley Hydrogen Innovation Project and Carbon Capture Ready toolkit development. His collaborative approach connects academic research with industrial implementation, particularly in the Teesside region's net zero transition efforts. He has been featured in 17 press/media outlets highlighting his contributions to hydrogen purification technology and net zero initiatives.

He is actively involved in the Net Zero Industry Innovation Centre, working on hydrogen-ready industrial burners and advanced carbon capture technologies, contributing to Teesside University's leadership in sustainable industrial innovation through multiple active research projects with significant industrial partnerships.