Grant: Research Tools and Instruments

Summary A surface area analyzer determines the specific surface area and pore size distribution of materials, which is important for understanding their reactivity, adsorption properties, and mechanisms, as well as for modeling their behavior and performance. In this proposal, we are requesting funds to purchase a reliable Surface area analyzer that can accurately give surface area, pore structure, and material performance. With this system, our students and researchers will be able to assess the performance of novel adsorbents, and study their adsorption, optimize activation processes and synthesis parameters in order to enhance adsorption capabilities. Some of the research areas that necessitate use of the surface area analyzer are mentioned below: 1- Synthesis of new adsorbents for removal of harmful volatile organic compounds from industrial streams. 2. Investigating intricate interconnections between adsorbent's properties and performance, allowing intelligent design of highly efficient and durable adsorbents. 3. Enhancing indoor air quality through advanced characterization of TiO2 catalysts for VOC adsorption and photocatalytic applications 4. Characterization of tight and ultratight rock samples for enhanced oil recovery 5. Evaluating surface area characteristics of Aspen Wood for enhanced adhesion and durability in painted exterior applications These research projects hold significant strategic importance for Canada, aligning closely with the nation's commitment to combat global warming, enhance public health and safety, and promote environmental sustainability. The proposed instrument will serve as an invaluable asset for multiple research groups at the University of Alberta, facilitating innovative studies and contributing to the advancement of knowledge in these critical areas. By equipping researchers with the necessary tools, we can further support Canada's broader mission to address pressing environmental challenges and improve the quality of life for its citizens. The requested system is vital for our research, as it provides critical insights into adsorbent performance, adsorption capacity, and interactions between adsorbents and pollutants, characterizing rocks, wood and catalyst characterization for VOC removal. Our ongoing projects cannot proceed or be completed thoroughly without a surface analyzer system. Additionally, this device will benefit over 35 HQPs and will be installed in a shared lab to facilitate access for all users. Having this system will greatly enhance our capacity for innovative research, equip engineers with valuable technical skills, and help us attract industrial partners.