16 Q. What about GHG and the Nova Scotia Climate Change Action Plan? - A. Nova Scotia Climate Change Plan Reducing Greenhouse Gas Emissions has as its17 - Target: 5 megatonnes annually by 2020. The two most cost-effective means of reducing...
AI summary Nova Scotia's Climate Change Action Plan targets 5 megatonnes annual GHG emissions by 2020, emphasizing reducing electricity generation and using renewables. Residential heating oil is not being eliminated, and NSPI (46% of provincial emissions) faces emission caps by 2010-2020. Transportation is the second-largest GHG contributor.
4 Q. Please explain the significance of using life cycle emissions comparing natural 5 gas and oil. - A. Since methane is a product of combustion for both natural gas and fuel oil, the important6 differentiation between the fuels is leakag...
AI summary The response explains that the significance of comparing life cycle emissions between natural gas and oil lies in methane leakage during the supply chain of natural gas, which significantly impacts greenhouse gas (GHG) formation. Canadian leakage rates are much lower than global averages, and this data was provided by the natural gas industry in Canada.
Full fuel cycle analysis has been recognized as the best technique to evaluate the greenhouse5 impact of specific fuels. The transportation industry was the first to recognize that there were6 more contributors to GHG than what directly ex...
AI summary The text discusses full fuel cycle analysis as a method for evaluating greenhouse gas impacts, referencing the 'wells to wheels' approach and the GREET model developed by Argonne National Laboratory. It also mentions research by Robert Howarth on methane's greenhouse gas potency and comparisons with other fuels.