Pathways to net zero: A decision support tool was released on January 25, directed at policy makers and investors. The report provides a broad-stroke analysis of all sectors of the Canadian economy, summarized in Assessment Tables which identify processes within each sector, classified as “credible” “capable” or “compelling” as pathways to net-zero. Priority areas are identified and highlighted in the final recommendation that “Canada needs a paradigm shift from trying to do a little bit of everything to reduce emissions to accelerating real change by strategically focusing on building out key regional and sector-specific pathways to net zero. …This means prioritizing decarbonizing electricity, accelerating electric vehicle deployment and performing mass building retrofits, since these sectors are in the more mature ‘diffusion’ phase of their decarbonization transition.”
The report also acknowledges the cross-cutting issues of carbon taxes, energy efficiency, and technologies such as carbon capture and storage. Future reports are promised to provide deeper assessments of the additional sectors of hydrogen and biofuel energy; plastics; iron and steel; aluminum; mass transit.
Pathways to net zero: A decision support tool is written by lead author Professor James Meadowcroft of Carleton University, and published by the Transition Accelerator in Calgary. The Transition Accelerator launched in summer of 2019 with Building Pathways to a Sustainable Future, a report which summarizes the organization’s goals and its “ transition approach”: partly defined as an examination of “opportunities to transform the large-scale societal systems or sectors which give rise to our emissions. This requires understanding how these systems operate, the stage of transition achieved in specific systems (‘emergence’, ‘diffusion’ or ‘system reconfiguration’), and the non-climate-related problems and disruptive currents influencing their evolution.”
Other reports to date are compiled here and have focused largely on hydrogen energy and transportation issues.