Kazemian, Dr. Hossein
BSc, MSc, and PhD : Isfahan University, Iran; Postdoc: Western University (UWO), Canada
Biography
Born and educated in Iran, where I earned degrees in General, Analytical, and Environmental Chemistry from Isfahan University, I ventured further in my academic journey to Western University in Canada for a postdoctoral fellowship in Material and Environmental Chemistry. Since joining the University of Northern British Columbia (UNBC), I have been deeply embedded in the fabric of northern BC, contributing both as an educator and a researcher.
As the head of the Northern Analytical Laboratory Services, I have embraced my role not just in academia but as part of the broader community, residing and working on the unceded territories of the Lheidli T’enneh. My professional and personal journeys as a scientist, mentor, and collaborator are deeply influenced by my commitment to understanding and improving our environmental and climate challenges through innovative solutions.
My research specializes in the synthesis, characterization, and application of porous materials for environmental remediation, engaging in the intricate dance of science that intersects with industry and societal needs. From creating novel materials for air, water, and soil cleanup to teaching courses in Chemistry and Environmental Science, my work is aimed at preparing the next generation of scientists while fostering sustainable technologies.
In classrooms and laboratories at UNBC, I teach and mentor with a philosophy that knowledge should be actionable and directly beneficial to communities. I am privileged to guide both Masters and Ph.D. students in Environmental Science and Chemistry, sharing insights not just on scientific inquiry but on the responsibilities of scientists to their communities.
My career is also marked by my contributions to global scientific and industrial communities as a consultant and collaborator, helping to bridge gaps between research, practice, and policy. This role amplifies my dedication to making a tangible impact through science, shaping policies, and developing products that address real-world environmental issues.
I welcome engagement with students, colleagues, and industrial partners who are passionate about leveraging science for community well-being and environmental stewardship. Together, we strive to advance scientific understanding and create solutions that foster a healthier, more equitable world.
Research and Expertise
My research focuses on several interconnected areas within the field of chemistry, with a particular emphasis on environmental applications and the synthesis of porous materials. Here is an organized and refined list of my research interests:
Advanced Materials for Environmental Applications
Environmental Remediation and Sustainability
Air Quality and Public Health
Environmental Applications of Industrial Minerals
- Investigating the utilization of industrial minerals such as zeolites and clays for environmental remediation processes.
- Exploring their potential in water, air, and soil treatment to address pollution challenges.
Synthesis and Manufacturing Techniques of Porous Materials
- Developing novel techniques for the production of porous zeolitic-like framework materials, including MOFs (Metal-Organic Frameworks) and ZIFs (Zeolitic Imidazolate Frameworks).
- Investigating the synthesis of synthetic zeolites, nano-zeolites, nanomaterials, and nano composites with tailored properties and enhanced functionalities.
Drug Delivery Systems on Porous Zeolitic Materials
- Exploring the potential of porous zeolitic materials as carriers for controlled drug delivery.
- Investigating their properties and interactions with pharmaceutical compounds to optimize drug release profiles.
Carbon Dioxide (CO2) Capture using Solid-State Porous Materials
- Investigating the use of solid-state porous materials for the efficient capture and storage of CO2.
- Exploring the design and synthesis of tailored materials with high selectivity and capacity for CO2 capture.
Heterogenous Catalysts based on Porous Materials
- Designing and synthesizing nano catalysts utilizing porous materials as support matrices.
- Investigating their catalytic properties and applications in various chemical transformations.
Layers and Membranes based on Porous Material (e.g. SPME)
- Studying the properties and applications of porous layers and membranes for selective separation processes.
- Exploring their potential in areas such development of SPME for air sampling, gas separation and water purification.
Natural Zeolites and Clays
- Characterizing, modifying, and studying the properties of natural zeolites and clay minerals.
- Exploring their diverse applications in areas such as adsorption, ion exchange, and catalysis.
Air Pollution Measurement, Analysis, and Control (environmental and workplace-industrial hygiene)
- Conducting research focused on air pollution, including the measurement, analysis, and control of air pollutants.
- Exploring innovative approaches and technologies for mitigating the adverse impacts of air pollution.
By investigating these interconnected research areas, my goal is to contribute to the development of sustainable solutions and advancements in environmental science, catalysis, and materials synthesis.
- Chemistry
- Climate Change
- Energy
- Engineering
- Environment
- Natural Resources
- Soil Science
- English
- Persian