Editor Profile
Prof. Joanna Kazimierowicz, Ph.D.
Professor
Present
Bialystok University of Technology
Białystok
Poland
Name: Joanna Kazimierowicz
Gender: Female
E-mail: j.kazimierowicz@pb.edu.pl
Date of Obtaining Doctorate/PhD Degree: September 2017
Current Position: University Professor, Vice-Dean for Student Affairs and Education
University/Institute: Bialystok University of Technology
Country: Poland
Fields/Keywords: Advanced materials for photobioreactor construction, active fillings and carriers for wastewater treatment reactors, immobilization of microalgal biomass, materials for CO2 biosequestration systems, engineering design and optimization of photobioreactors, Microalgal biotechnology, including microalgae biomass utilization and microalgae-based biofuels, CO2 biosequestration, wastewater treatment and nutrient recovery using microalgae, algal–bacterial consortia, optimization of microalgae cultivation systems, integration of microalgal processes with anaerobic digestion and waste-to-energy technologies, environmental biotechnology, circular bioeconomy, biomass conversion, renewable energy technologies, biohydrogen and biomethane production, anaerobic digestion and biogas production, sewage sludge management, agri-food waste valorization, organic waste management, substrate pretreatment and biomass disintegration techniques, co-digestion of organic wastes, process optimization, and sustainable energy recovery from waste.
H-index: 22
Brief Introduction (<200 words): Oanna Kazimierowicz received her PhD in environmental engineering, mining, and energy from the Faculty of Civil and Environmental Engineering at Białystok University of Technology in 2017. In 2023, she obtained her postdoctoral degree (habilitation) in the same discipline. She is currently an Associate Professor in the Department of Water, Sewerage, and Heating at Białystok University of Technology.
Her research focuses on environmental biotechnology and materials engineering, with particular emphasis on microalgal systems applied in bioenergy and wastewater treatment. It includes the development of advanced materials for photobioreactors, active carriers for treatment systems, and microalgal biomass immobilization. Her work covers CO2 biosequestration, nutrient recovery from wastewater, algal–bacterial consortia, and the integration of microalgal biomass with anaerobic digestion to enhance biogas and biomethane production. She also investigates the optimization of cultivation systems and the valorization of agri-food waste within circular bioeconomy frameworks, aiming to improve resource recovery, energy efficiency, and sustainability of environmental engineering processes.
- Her research focuses on environmental biotechnology and materials engineering, with particular emphasis on microalgal systems applied in bioenergy and wastewater treatment. It includes the development of advanced materials for photobioreactors, active carriers for treatment systems, and microalgal biomass immobilization. Her work covers CO2 biosequestration, nutrient recovery from wastewater, algal–bacterial consortia, and the integration of microalgal biomass with anaerobic digestion to enhance biogas and biomethane production. She also investigates the optimization of cultivation systems and the valorization of agri-food waste within circular bioeconomy frameworks, aiming to improve resource recovery, energy efficiency, and sustainability of environmental engineering processes.
