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S&P Global Commodity Insights raises 10-year production outlook for Canadian oil sands

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Higher crude prices and continued optimization improvements have driven the first upward revision to the S&P Global Commodity Insights 10-year oil sands production outlook in more than half a decade. Higher oil prices have driven record returns for the Canadian oil sands.

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S&P Global: absolute GHGs from Canadian oil sands did not increase in 2022 even as production grew

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Absolute greenhouse gas emissions from Canadian oil sands production were flat in 2022 even as total production grew, according to an initial analysis by S&P Global Commodity Insights. Absolute emissions held steady at 81 million metric tons of carbon dioxide (MMTCO2) in 2022 while total production topped 3.1

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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.

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IHS Markit: oil sands greenhouse gas intensity declined 20% over past decade

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New research by the IHS Markit Canadian Oil Sands Dialogue shows that the combined greenhouse gas (GHG) intensity of Canadian oil sands projects has declined 20% from 2009 levels. The latest data show that the greenhouse gas intensity of Canadian oil sands going down further, continuing a decade-long trend.

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New study finds GHG emissions from palm oil production significantly underestimated; palm oil biofuels could be more climate-damaging than oil sands fuels

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When peat swamps are drained for agriculture, the peat begins to decompose, and is an enormous source of carbon emissions. Based on visual interpretation of high-resolution (30 m) satellite images, a new study in the journal Global Change Biology: Bioenergy determined that industrial plantations covered over 3.1 —Miettinen et al.

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U Calgary study finds oil shale most energy intensive upgraded fuel followed by in-situ-produced bitumen from oil sands

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A team at the University of Calgary (Canada) has compared the energy intensities and lifecycle GHG emissions of unconventional oils (oil sands and oil shale) alongside shale gas, coal, lignite, wood and conventional oil and gas. Earlier post.). —Nduagu & Gates.

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Understanding the variability of GHG life cycle studies of oil sands production

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Full-fuel-cycle GHG emissions estimates for reformulated gasoline pathways by LCA study. Nominal value of 70 g CO 2 /MJ for combustion emissions is applied evenly across all studies. He found that the variation in oil sands GHG estimates is due to a variety of causes. Credit: ACS, Brandt 2012. Click to enlarge.

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