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Environmental Innovation – Air
Canada’s oil and natural gas industry works to reduce air emissions associated with our development activities through project design, operational excellence, innovation and technology.
February, 2020 - 2 Pages
Air Climate Change Environment & Innovation
Update of Fugitive Equipment Leak Emission Factors
This publication presents updated average emission factors for estimating emissions from fugitive equipment leaks at upstream oil and natural gas (UOG) facilities.
February, 2014 - 47 Pages
Air Climate Change Environment & Innovation
Clean Gas Partnership: Guiding Principles and Operating Practices – Upstream Methane Management Principles
As Canada’s natural gas producers we acknowledge Canadian governments’ leadership in establishing methane emission reduction targets. During resource development and operations, we are guided by guiding principles and operating practices for methane management.
January, 2019 - 1 Page
Air Environment & Innovation Natural Gas
Managing Methane Emissions for Oil and Natural Gas Development
Canada’s oil and natural gas industry recognizes that climate change is one of the great challenges facing the world. Methane emissions contribute to greenhouse gas emissions (GHGs). That’s why reducing methane emissions from all sources is an important way to tackle the climate change challenge.
September, 2017 - 2 Pages
Air Climate Change Environment & Innovation
Best Management Practice for Fugitive Emissions Management
The aim of this Best Management Practices document is to assist the upstream oil and gas industry to meet the requirements under section 8.7 of AEUB Directive 060 and to cost effectively manage the most likely sources of significant emissions.
January, 2007 - 59 Pages
Air Policy & Regulations
Best Management Practices for Facility Flare Reduction
This best management practice provides design and operating staff with a recommended approach to identify routine and non-routine flare sources and quantities, and assesses the opportunity for reduction of flare volumes and frequency at their operated facilities.
December, 2006 - 47 Pages
Air Climate Change
A National Inventory of GHG, CAC and H2S Emissions Volume 5
This volume provides lists of terminology, information sources, emission factors, equipment schedules and uncertainty data for the GHG, CAC and H2S inventory study
April, 2005 - 223 Pages
Air Climate Change Environment & Innovation
A National Inventory of GHG, CAC and H2S Emissions Volume 4
This volume describes the methodology which has been used to develop the present CAC and H2S emissions inventory for the subject portions of the oil and gas industry for the year 2000.
April, 2005 - 121 Pages
Air Climate Change Environment & Innovation
A National Inventory of GHG, CAC and H2S Emissions Volume 3
This volume describes the methodology which has been used to develop the present GHG emissions inventory for the subject portions of the oil and gas industry for the year 2000.
April, 2005 - 120 Pages
Air Climate Change Environment & Innovation
A National Inventory of GHG, CAC and H2S Emissions Volume 2
A detailed inventory of greenhouse gas (GHG)1, criteria air contaminant2 (CAC) and hydrogen sulphide (H2S) emissions is presented for the Canadian upstream oil and gas (UOG) industry for the period of 1990 to 2000.
April, 2005 - 84 Pages
Air Climate Change Environment & Innovation
A National Inventory of GHG, CAC and H2S Emissions Volume 1
This report describes the calculation of greenhouse gas emissions and emission intensity in the upstream oil and gas industry by sub-sector, excluding oil sands mining and upgrading, and natural gas transmission. The study is based on a detailed analysis of emissions by facility for the year 2000.
April, 2005 - 246 Pages
Air Climate Change Environment & Innovation