Traduction de «Injection quantity » (Anglais → Français) :

injection quantity [ quantity of fuel injected | rate of injection ]

forecast quantities for production | forecasting production quantities | forecast production quantities | predict production quantities

set of components of a polyphase linear quantity | set of components of a m-phase linear quantity | components of a polyphase linear quantity | components of a m-phase linear quantity

measure the relationships between quantities | quantitative relationship analysis | monitor the relationships between quantities | study the relationships between quantities

calculating need for explosives | decide on quantity of explosives required | decide quantity of explosives required | deciding the quantity of explosives required

the quantity that must be distilled | the quantity to be compulsorily distilled | the quantity to be distilled

standard direct materials quantity | direct materials quantity standard | standard materials usage | standard quantity allowed

quantity indicating system [ quantity measuring system | quantity measurement system ]

quantity discount | quantity rebate | bulk discount | discount for quantities

fuel quantity indicator [ fuelling quantity indicator | fuel gauge | fuel quantity gauge ]

(iii) for the immunogen injected, its name and manufacturer’s name, the quantity and expiry date and either the immunogen’s lot number and drug identification number or, if the immunogen is red blood cells, its unique identifier;

(Return tabled) Question No. 890 Mr. François Choquette: With regard to the study underway by Environment Canada and the study by the Council of Canadian Economies entitled “Harnessing Science and Technology to Understand the Environmental Impacts of Shale Gas Extraction”: (a) what are the mandates for these studies; (b) what are the deadlines for these studies; (c) will these studies be made public and, if so, what process will be followed to make them public; (d) will the two studies include public consultations and, if so, (i) with what groups, (ii) where, (iii) when; (e) will the two studies include case studies and, if so, (i) what cases will be studied, (ii) will the case studies include affected sites; (f) will the studies consi ...[+++]der the role of the federal government under (i) the Indian Act, (ii) the Fisheries Act, (iii) the Navigable Waters Protection Act, (iv) the Migratory Birds Convention Act, (v) the Species at Risk Act, (vi) the Canada National Parks Act, (vii) the Canada National Marine Conservation Areas Act, (viii) the Canadian Environmental Protection Act, 1999; (g) will the studies consider the link between the national conservation plan and shale gas; (h) will the studies examine the impact of shale gas extraction on the greenhouse gas emission targets for 2020; (i) who will receive the results of the study; (j) what parties will be consulted, including (i) groups, (ii) departments, (iii) organizations, (iv) scientists, (v) regions, (vi) associations, (vii) cities, (viii) municipalities, (ix) provinces and territories; (k) will the emissions from the following sources be studied, (i) industrial furnaces, (ii) home furnaces, (iii) stored liquids, (iv) wellhead leaks, (v) ground leaks, (vi) connection equipment; (l) will the studies include (i) direct, (ii) indirect, (iii) cumulative shale gas emissions in their greenhouse gas emissions calculations; (m) which shale gas wells will be studied; (n) will the following incidents related to ...

(Return tabled) Question No. 152 Ms. Kirsty Duncan: With respect to the development of unconventional gas resources, including shale, tight and coal bed methane, and its possible impacts on the environment: (a) what, if any, research has the government undertaken regarding the development of unconventional gas resources, (i) what was the scope of this research in the areas of, but not limited to, air quality, aquatic and terrestrial ecosystem impacts, economic impacts, occupational risks, public safety concerns, and seismic risks, (ii ...[+++]) what, if any, resources did the government provide for this research, (iii) what, if any, process was established to ensure the independence of the researchers, their research, and their findings, (iv) what, if any, case studies were considered as a part of this research, (v) what, if any, scenarios regarding the development of unconventional gas resources were developed as frameworks for the research, (vi) what economic, environmental and social impacts were identified by this research, (vii) what, if any, priority research areas were identified for further study as a result of this research, (viii) what, if any, departments were involved in this research, (ix) what, if any, action was undertaken to ensure inter-departmental cooperation throughout the research process, (x) what, if any, gaps or weaknesses in the regulatory framework did the research identify; (b) what, if any, research has the government undertaken regarding balancing shale gas' potential contribution to energy security with environmental risks; (c) what are the sources of greenhouse gas emissions associated with unconventional gas; (d) has the government developed a process to determine the overall carbon footprint of shale gas throughout the life cycle of natural gas use, if not, why not, and, if so, (i) what federal departments are involved in this process, (ii) how does the government ensure inter-departmental collaboration on this process, (iii) what is the p ...

For the very small injected quantities, standard compositions of HFC-134a in nitrogen can be used.