Professor of Bioprocesses Engineering: Bharti School of Engineering & Department of Biology
Member of the Biomolecular Sciences (PhD), Engineering Science (PhD, MASc & MEng) and Biology (MSc) graduate programs
For my research projects, please click on: www.ongen.ca
For a fuller CV, please click on: www.ongen.ca/jascott.html
- BSc: Environmental Chemical Engineering: Chemical Engineering, Exeter University (UK)
- PhD: Chemical Engineering: Chemical Engineering, Exeter University (UK)
- MSc: Industrial Management: Industrial Management, Newcastle University (UK)
- FIChemE, CEng, PEO, PEng
- STCRC Professor of Corporate Sustainability: Faculty of Business & Law, Victoria University (Australia)
- Executive Director of Research and Development: Earthcheck Pty Ltd, (Canada & Australia)
- Executive Director: Great Lakes Institute for Environmental Research, University of Windsor (Canada)
- Acting Dean: Faculty of Engineering, Giffith University (Australia)
- Chair in Environmental Engineering: Griffith University (Australia)
- Founding Director: Centre for Integrated Environmental Protection, Griffith University (Australia)
- Director: Queensland Consortium for Integrated Resource Management (Australia)
- Royal Academy of Engineering Senior Fellow & Visiting Professor in Biochemical Engineering: Chemical Engineering, Queens University (Canada)
- Director of Studies: Chemical Engineering, University of Bath (UK)
- Lecturer in Biotechnology: Chemical Engineering, University of Bradford (UK)
- Visiting Research Fellow: Civil Engineering, Newcastle University (UK)
- Lecturer: Faculty of Sciences, Open University (UK)
- Group Engineering & Development Manager: Powder Coatings Division, International Paint plc (UK)
On The Web
Please click on: http://www.ongen.ca
Active Research Projects
The research targets are looking at existing resources and how they can be developed and/or repurposed to address societal needs to maximize sustainable outcomes. Every project listed below has direct involvement and support by industry or regional agency (e.g., municipal government) – not only do they financially support research, but I can make use of contacts established to incorporate participation into lectures, provide site tours and expert advice for engineering design project teams.
Capture and repurposing of waste industrial energy:
Enhanced energy security and reduced fossil fuel dependence for large and small industry through new on-site concepts to recover and reuse on-site otherwise waste thermal energy – in line with at taking a “fresh look”, a lot of the focus is on low-grade heat repurposing, much of which is currently dismissed as not worthy of capture.
Bioprospecting for bioresources (antioxidants, anticancer, antibiotic and antivirals):
The rapid rise in antibiotic resistance and catastrophic consequences of the current pandemic emphasize the urgency for finding new sources of natural bioactive compounds. To address this demand, we are uniquely bioprospecting microalgae found in stressed water bodies across Canada. This is the first time that has been done and we have found exceptional levels of health beneficial compounds, and to compliment also looking at mass-production designs that can be utilized locally to generate new business opportunities.
Capture of CO2 from small volume sources:
As part of my philosophy of looking for local (or indeed overlooked) opportunity, I have collaborative research and development exploring environmental and economic, benefits from capturing and repurposing carbon dioxide (CO2) from relatively small volume sources – such as biogas combustion (e.g., from landfill) and diesel electricity generators, as well SMEs, such as micro and small breweries – not just to mitigate emissions but to generate new local income sources.
In the push towards creating economies that encourage investment and growth in renewable energy, concepts to allow year-round production in Canada of biodiesel from microalgae and waste food products to satisfy regional energy demands has been a study of several years.
Advanced photo-catalytic destruction of anthropogenic compounds to protect drinking water:
The novel design for simultaneous disinfection and degradation of waterborne contaminants such as POPs and endocrine disruptors to provide economic safe water for individual households up to small communities – the design philosophy is simplicity of manufacture, installation and maintenance.
Working with the mining industry to investigate productivity and safety impacts from introducing automated and electric mining equipment into mine operations – the goal is to identify and quantify beneficial modifications to implementation and operating practices (including operator awareness training) to optimize the best outcomes.
Life cycle assessment as a tool to assess the sustainability of new technologies:
World-wide industry in general is rapidly introducing significantly more automation to enhance productivity and safety - our work is to demonstrate that an LCA approach can be adapted to add a third dimension, assessing resulting improved environmental impacts to aid not just economic decisions, but also governmental and societal approval.
Capture of CO2 from small volume sources:
As part of my philosophy of looking for local (or indeed overlooked) opportunity, Collaborative research and development exploring environmental and economic, benefits from capturing and repurposing carbon dioxide (CO2) from relatively small volume sources – such as biogas (e.g., from landfill) and diesel electricity generators, as well SMEs, such as micro and small breweries.
Sustainability performance benchmarking:
There is opportunity for a “universal” means to quantify impacts on a relative scale from introduction of sustainable design and operational practices – to meet that we are developing a sustainability performance index that measures and quantifies improvements by using performance benchmarks metrics.
For more details, please click on: http://www.ongen.ca
Voyageurs’ Innovation Challenge
30 in 30 years Best Paper Award (Resource, Conservation & Recycle)
Global Sustainability Project of the Year (Institution of Chemical Engineers)
Global Research Team of the Year (Institution of Chemical Engineers)
Global Research Project of the Year (Institution of Chemical Engineers)
Undergraduate courses taught:
Engineering capstone design project
Mass and energy balances
Engineering, technology and society
Water and wastewater treatment
Environmental impacts of industry
Graduate courses taught:
Concepts of sustainable design
Sustainability and opportunity with the developing bioeconomy
Recent refereed journals and book chapter (2019-to date)
- Jiao, Y., Shang, H. and Scott, J.A. (2021) A UVC based advanced photooxidation reactor design for remote households and communities not connected to a municipal drinking water system. Journal of Environmental Chemical Engineering. 9:3, 105162
- Laamanen, C.A., Desjardins, S.M., Senhorinho, G.N.A. and Scott, J.A. (2021) Harvesting microalgae for health beneficial dietary supplements. Algal Research. 54, 102189
- Desjardins. S.M., Laamanen, C.A., Basiliko, N. and Scott, J.A. (2021) Selection and re-acclimation of bioprospected acid-tolerant green microalgae suitable for growth at low pH. Extremophiles. 25:2, 129-141
- Little, S.M., Gerusa N. A. Senhorinho, G.N.A., Saleh, M., Basiliko, N. and Scott, J.A. (2021) Antibacterial compounds in green microalgae from extreme environments. Algae. 36:1, 61-72
- Gauthier, M.R., Senhorinho, G.N.A. and Scott, J.A. (2020) Microalgae under environmental stress as a source of antioxidants. Algal Research. 52, 102104
- Moreau, K., Laamanen, C.A., Bose, R., Shang, H. and Scott, J.A. (2020) Life cycle assessment to demonstrate how automation improves the sustainability performance of an underground mining operation. Journal of Sustainable Mining. 19, 182-194
- Senhorinho, G.N.A., Lanner, C. and Scott, J.A. (2020) The importance of harvesting time on the screening of Chlamydomonas spp. extracts for antibacterial activity. International Journal on Algae. 22:3, 269-278
- McLean, S.H., Chenier, J., Muinonen, S., Laamanen, C.A. and Scott, J.A. (2020) Recovery and repurposing of thermal resources in the mining and mineral processing industry. Journal of Sustainable Mining. 19:115-125
- Desjardins, S.M., Laamanen, C.A., Basiliko, N. and Scott, J.A. (2020) Utilization of lipid-extracted biomass (LEB) to improve the economic feasibility of biodiesel production from green microalgae. Environmental Reviews. 28:3, 325-338
- McLean, S.H., Chenier, J., Muinonen, S., Laamanen, C.A. and Scott, J.A. (2020) Low-grade waste heat recovery and repurposing to reduce the load on cooling towers. Advances in Energy Research. 7:2 147-166
- Laamanen C.A. and Scott J.A. (2020) Microalgae biofuel bioreactors for mitigation of industrial CO2 emissions. In Bioreactors. Eds. Singh, L., Yousuf, Y. and Mahapatra, M. Elsevier Pub. 1-16
- Jiao, Y., Basiliko, N., Kovala, A.T., Shepherd, J., Shang, H. and Scott, J.A. (2020) TiO2 based nanopowder coatings over stainless steel plates for UV-C photocatalytic degradation of methylene blue. Canadian Journal of Chemical Engineering. 98, 728-729
- Moreau, K., Bose, R., Shang, H., and Scott, J.A. (2019) Technology to increase productivity and reduce energy consumption for underground mining operations. CIM Journal. 10:3, 115-124
- Senhorinho, G.N.A., Lannér, C. and Scott, J.A. (2019) Effect of green microalgal extracts exhibiting anticancer activity on viability of human malignant and non-malignant cells. Phycological Research 67:2,145-151
- Jiao, Y., Kovala, A.T., Shang, H. and Scott, J.A. (2019) A corrugated plate photocatalytic reactor for degradation of waterborne organic contaminants. Canadian Journal of Chemical Engineering. 97, 1760-1770
- Senhorinho, G.N.A., Laamanen, C. A, and Scott, J.A. (2019) New opportunities for closed mine sites: bioprospecting for antimicrobial agents. CIM Journal. 10:2, 95-101
For a full list of publications, please click on my CV page: www.ongen.ca/jascott.html