Deep Decarbonization & Canadian Oil Sands
Integrated assessment of deep decarbonization pathways for the Canadian oil sands, including energy consumption, CO2 emissions, and water use implications using the GCAM-Canada model.
CONSULTING PORTFOLIO
A sample of recent consulting and research projects spanning water resources planning, flood risk, irrigation management, and environmental assessment.
Integrated assessment of deep decarbonization pathways for the Canadian oil sands, including energy consumption, CO2 emissions, and water use implications using the GCAM-Canada model.
Simulation modelling, field measurements, and laboratory experiments examining the impact of variability in decay coefficients on monochloramine dissipation in storm sewers.
Development of a flood damage assessment model. Previous work includes analysis of the progression of flood risk in Southern Alberta following the 2013 flood.
Seasonal streamflow projections and reservoir operations optimization using multi-timestep optimization (WEB.BM) and machine learning.
Short and long-term municipal water demand projections using system dynamics and machine learning.
Global and regional-scale modelling of water security using the GCAM model and system dynamics modelling of the Bow River basin.
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