University of Calgary / Greenhouse Gas Emissions / Canadian Energy Research Institute / /
IndustryTerm
gas production / natural gas production sector / natural gas emissions / oil and gas sector / bitumen mining / conventional and unconventional crude oil production / gas imports / unconventional gas / natural gas / synthetic crude oil / oil and gas / unconventional gas types / natural gas distribution / energy use / gas type / greenhouse gas / oil / shale gas boom / metal mining sector / natural gas sector / energy inputs / energy content / energy / metal / oil and gas sector emissions / energy intensity / conventional oil / oil and gas energy consumption / imported gas / oil sands / energy consumption / shale gas development / liquefied natural gas exports / gas disposition / natural gas use / raw gas / refined petroleum products / oil and gas transmission / provincial conventional gas reserves / oil and gas productions / upstream oil and gas industry / energy requirements / oil and gas emissions / gas emissions / conventional and unconventional gas production / non-energy mining / mining / oil and gas production / Conventional gas production / energy output / natural gas production / marketable gas / natural gas fuel use / recovery technologies / /
Organization
Trottier Family Foundation / Alberta Energy Resources Conservation Board / Canadian Energy Research Institute / Canadian Academy of Engineering / TEFP Management Board / United Nations / David Suzuki Foundation / University of Calgary / National Energy Board / /
Trottier Energy Futures Project Greenhouse Gas Emissions from the Canadian Oil and Gas Sector R.L. Evans & T. Bryant Trottier Energy Futures: Greenhouse Gas Emissions from the