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S&P Global report forecasts absolute emissions from Canadian oil sands to decline even as production grows

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By the middle of this decade greenhouse gas (GHG) emissions from Canadian oil sands production should be in decline even as production continues to grow, according to a new comprehensive report by S&P Global Commodity Insights that takes into account current technology trends and production growth. —Kevin Birn.

Oil-Sands 186
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Oil sands GHG lifecycle study using operating data finds lower emitting oil sands cases outperform higher emitting conventional crude cases; a call for more sophisticated tools and reporting

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Well-to-wheel (WTW) greenhouse gas emissions for in situ SAGD and surface mining pathways generated employing GHOST/TIAX/ GHGenius combination and comparison with SAGD, mining and conventional crude oil literature pathways (all results are on a HHV basis). 74% of WTW emissions in our oil sands pathways. Click to enlarge.

Oil-Sands 287
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Alberta publishes report assessing non-combustion uses for bitumen, opens $2M call for projects

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Alberta Innovates, in partnership with industry, government and other organizations, recently released the results of a study that investigates the best opportunities for “Bitumen Beyond Combustion” (BBC). This study provides insights into high-value products that can be made by, or in partnership with Alberta’s oil sands industry.

Oil-Sands 199
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New Study Concludes Substantial Quantities of Greenhouse Gas Emissions from Land-Use Change in the Boreal Forests for Oil Sands Production Are Unreported

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A new study released by Global Forest Watch Canada finds that significant amounts of greenhouse gases are emitted through the disturbance and/or removal of biocarbon (trees, shrubs, peats), which overlay Alberta’s oil sands. The bituminous sands industry reported emissions of 28.5 megatonnes of carbon, 873.4 megatonnes.

Oil-Sands 191
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New petroleum refining lifecycle model finds the variability in GHG emissions from refining different crudes as significant as magnitude expected in upstream operations

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PRELIM uses a more comprehensive range of crude oil quality and refinery configurations than used in earlier models and can quantify energy use and greenhouse gas (GHG) emissions with detail and transparency the better to inform policy analysis, the duo suggests. —Abella and Bergerson.

Oil-Sands 236
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Argonne study finds shale gas GHG lifecycle emissions 6% lower than natural gas, 23% lower than gasoline and 33% lower than coal; upstream methane leakage a key contributor

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Gasoline section shows results for fuel derived from both conventional oil and oil sands. The study found that shale gas (SG) well completion and workover emissions are a much more significant factor as compared to a conventional natural gas (NG) pathway. Expansion bars show the components of fuel production.

Gas 284
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Researchers describe the “where” and “when” of life cycle emissions from gasoline and ethanol in the US

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On-road transportation accounts for approximately 20% of United States energy consumption. The team built on the Greenhouse Gases, Regulated Emissions, and Energy Use in Transportation (GREET) model, version 1.8d1, from Argonne National Laboratory. Associated tailpipe emissions alone account for 40?60% —Tessum et al.

Gasoline 236